Items where Subject is "Centre for Cryogenic Technology"

Conference Proceedings

Abhilash, M and Prakash, G V Naveen and Kasthurirengan, S (2018) Cryogenic Deflashing for Rubber Products. In: International Conference on Research in Mechanical Engineering Sciences (RiMES), DEC 21-23, 2017, Manipal, INDIA.

Behera, U and Kasthurirengan, S and Krishnamoorthy, V and Kumar, Senthil A and Kuzhiveli, BT and Gangradey, Ranjana (2012) Development of experimental setup for study of adsorption characteristics of porous materials down to 4.2 K. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 1285-1292.

Gour, S Abhay and Joy, Joewin and Sagar, Pankaj and Sudharshan, H and Mallappa, A and Karunanithi, R and Jacob, S (2017) Experimental studies on twin PTCs driven by dual piston head linear compressor. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Jacob, S and Karunanithi, R and Kumar, Kranthi J and Damu, C and Achanur, M and Jagadish, G and Gour, AS (2012) Evaluation of mechanical losses in a linear motor pressure wave generator. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 1226-1233.

Jacob, S and Karunanithi, R and Narsimham, GSVL and Kranthi, Kumar J and Damu, C and Praveen, T and Samir, M and Mallappa, A (2013) Studies on an improved indigenous pressure wave generator and its testing with a pulse tube cooler. In: Advances in Cryogenic Engineering, 17–21 June 2013, Anchorage, Alaska, USA.

Karunanithi, R and Jacob, S and Gour, Abhay Singh and Damu, C and Das, M (2012) Development of moving magnet type linear motor for dual piston compressor for pulse tube cryocooler. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 525-531.

Karunanithi, R and Jacob, S and Gour, Abhay Singh and Das, M and Nadig, DS and Prasad, MVN (2011) Calibration and linearity verification of capacitance type cryo level indicators using cryogenically multiplexed diode array. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 499-506.

Karunanithi, R and Jacob, S and Nadig, DS and Prasad, MVN and Gour, AS and Gowthaman, M and Deekshith, P and Shrivastava, V (2013) Design, Development and Calibration of HTS Wire Based LOX Level Sensor Probe. In: Joint Conference of the Transactions of the Cryogenic Engineering Conference (CEC) / Transactions of the International Cryogenic Materials Conference, JUN 17-21, 2013, Anchorage, AK, pp. 913-919.

Kasthurirengan, S and Behera, U and Vivek, GA and Krishnamoorthy, V and Gangradey, R and Udgata, SS and Tripati, VS (2013) Studies of Adsorption Characteristics of Activated Carbons Down to 4.5 K for the Development of Cryosorption Pumps for Fusion Systems. In: Joint Conference of the Transactions of the Cryogenic Engineering Conference (CEC) / Transactions of the International Cryogenic Materials Conference, JUN 17-21, 2013, Anchorage, AK, pp. 1206-1213.

Kasthurirengan, S and Behera, Upendra and Nadig, Durgesh S and Krishnamoorthy, V (2012) Performances of single and two-stage pulse tube cryocoolers under different vacuum levels with and without thermal radiation shields. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 1632-1639.

Kasthurirengan, S and Srinivasa, G and Karthik, GS and Ramesh, KP and Shafi, KA (2008) Experimental studies on a two stage pulse tube cryocooler reaching 2.5K. In: Joint Cryogenic Engineering Conference/International Cryogenic Materials Conference, JUL 16-20, 2007, Chattanooga.

Kasthurirengan, S and Vivek, G A and Verma, Ravi and Behera, Upendra and Udgata, Swarup and Gangradey, Ranjana (2017) Performance studies of Cryocooler based cryosorption pumps with indigenous activated carbons for fusion applications. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Kranthi Kumar, J and Jacob, S and Karunanithi, R and Narasimham, G S V L (2017) Studies on the development and efficiency improvement of a 1.5 W at 25 K two stage pulse tube cooler. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Kumar, Kranthi J and Jacob, S and Karunanithi, R and Narasimham, GSVL and Damu, C and Praveen, T and Samir, M (2015) Improved performance of an indigenous Stirling type pulse tube cooler and pressure wave generator. In: 25th International Cryogenic Engineering Conference and International Cryogenic Materials Conference, JUL 07-11, 2014, Enschede, NETHERLANDS, pp. 434-439.

Nadig, D S and Shivakumar, P and Anoop, S and Kulkarni, Chinmay and Divine, P and Harsha, H P (2017) Effects of cryogenic treatment on the wear properties of brake discs. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Nadig, DS and Ramakrishnan, V and Sampathkumaran, P and Prashanth, CS (2012) Effect of cryogenic treatment on thermal conductivity properties of copper. In: A1DVANCES IN CRYOGENIC ENGINEERING: Transactions of the International Cryogenic Materials Conference - ICMC, , 13–17 June 2011, Spokane, Washington, USA, pp. 133-139.

Patidar, Jyotish and Sumanth, R A and Behera, Upendra and Kasthurirengan, Srinivasan (2017) Experimental and analytical studies on a foam insulated rigid type transfer line for use with liquid nitrogen. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Skaria, Mathew and Rasheed, K K Abdul and Shafi, K A and Kasthurirengan, S and Behera, Upendra (2017) Computational Investigation on the performance of thermo-acoustically driven pulse tube refrigerator. In: 26th International Cryogenic Engineering Conference / International Cryogenic Materials Conference, MAR 07-11, 2016, Indian Cryogen Council, New Delhi, INDIA.

Verma, R and Shivaprakash, N C and Kasthurirengan, S and Behera, U (2017) Optimization of epoxy-aluminium composites used in cryosorption pumps by thermal conductivity studies from 4.5 K to 300 K. In: Joint Cryogenic Engineering Conference (CEC) / International Cryogenic Materials Conference, JUL 09-13, 2017, Madison, WI.

Conference Paper

Arun, KR and Rao, Raghurama SV (2009) A multi-dimensional discrete kinetic scheme for nonlinear hyperbolic problems. In: Proc. of the 19th AIAA Computational Fluid Dynamics Conference, June 2009, Antonio, Texas, USA.

Arunkumar, KN and Krishnappa, GB and Kasthurirengan, S and Vinay, P (2018) An Experimental Investigation on Hardness and ShearBehaviorofAluminum, Silicon Carbide, and GraphiteHybrid Composite with and without Cryogenic Treatment. In: International Conference on Processing of Materials, Minerals and Energy, July 29th – 30th, 2016,, Ongole, Andhra Pradesh, India, pp. 916-921.

Arunkumar, KN and Krishnappa, GB and Kasturirengan, S and Laxman, BR (2018) An Experimental Investigation on Tensile and Compression BehaviorofAluminum, Silicon Carbide, and GraphiteHybrid Composite with and without Cryogenic Treatment. In: International Conference on Processing of Materials, Minerals and Energy, 2016, July 29th – 30th, 2016, Ongole, Andhra Pradesh, India, pp. 904-910.

Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2008) CFD analysis of a miniature double inlet pulse tube refrigerator. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Behera, U and Kasthurirengan, S and Skaria, Mathew and Shafi, KA and Kamble, BV and Kuzhiveli, Biju T (2012) Numerical analysis on thermoacoustic prime movers for development of pulse tube cryocoolers. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 13–17 June 2011, Spokane, Washington, USA, pp. 451-458.

Behera, Upendra and Jacob, S and Paul, PJ and Kasthurirengan, S and Karunanithi, R and Dinesh, K (2008) Design of Vortex tube module for high purity LOX separation. In: Twenty Second National Symposiun on Cryogenics (NSC-22), December 2008, IISc, Bangalore.

Behera, Upendra and Nadig, DS and Narasimham, GSVL and Kumar, Dinesh and Karunanithi, R and Jacob, S (2007) Design and development of cryogenic loop heat pipe. In: Cryogenic engineering conference and international cryogenic materials conference , July 2007, Chattanooga, USA.

Jacob, S and Kasthurirengan, S and Karunanithi, R (1993) Concentric tubular support design for cryogenic tanks. In: Space Cryogenics Workshop, 16 June 1992, Munich, Germany, pp. 435-437.

Jacob, S and Paul, PJ and Karunanithi, R and Behera, Upendra (2008) LOX separation studies using cryogenic vortex tube. In: Joint Cryogenic Engineering Conference/International Cryogenic Materials Conference, JUL 16-20, 2007, Chattanooga.

Jacob, Subhash and Ashwin, TR and Narasimhan, GSVL (2008) CFD simulation of fluid flow and heat transfer in high frequency pulse tube refrigerators. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Jacob, Subhash and Nadig, DS and Tamizhanban, K and Gireesan, K and Karunanithi, R and Kasthurirengen, S (2006) Nonmetal liquid helium cryostat for SQUID applications. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.

Jagadish, G and Jacob, Subhash and Narasimham, GSVL (2008) Thermal design of recuperator heat exchangers for helium recondensation systems using hybrid cryocoolers. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kamble, BV and Kuzhiveli, Biju T and Kashurirengan, S and Behera, Upendra (2009) Design Aspects of regenerators for a thermoacoustic cooler. In: Proceedings of CEC/ICMC, 2009, Tucson,USA.

Kamble, BV and Kuzhiveli, Biju T and Kasthurirengan, S and Behera, Upendra (2008) Design aspects of a thermoacoustic pulse tube cryocooler. In: Twenty Second National Symposiun n Cryogenics (NSC-22).

Karunanithi, R and Jacob, Subhash and Nadig, DS and Subramanian, D and Prasad, Narasimha MV (2008) Calibration of capacitance type cryogenic liquid level sensor using discrete array type liquid level indicator. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Karunanithi, R and Nadig, DS and Jacob, Subhash and Subramanian, D and Prasad, Narasimha MV (2008) Cryogenically multiplexed discrete array type liquid level sensor for calibration of capacitance type cryo level sensors of LOX and LH2 systems of cryogenic upper stage. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Karunanithi, R and Nadig, DS and Narasimham, GSVL and Kumar, Dinesh and Jacob, S and Behera, Upendra (2007) Cryogenic loop heat pipe. In: Conference in Advances in Space science and Technology (CASST-2007), January 2007.

Karunanithi, R and Venkateshan, M and Aruldasan, KT and Sangunni, KS and Jacob, Subhash (2007) Novel optical cooler with thermo electrically cooled radiation shields. In: Cryogenic engineering conference and international cryogenic materials conference Chattanooga U.S.A, July 2007.

Kashurirengan, S and Behera, Upendra and Nadig, DS (2009) Palladium doped Tin Oxide based hydrogen gas sensors for safety applications. In: Proceedings of CEC/ICMC, 2009, Tucson,USA .

Kashurirengan, S and Behera, Upendra and Nadig, DS and Pal, Gautam (2009) Experimental Studies on a two stage Pulse Tube Cryocooler and its application to cool a small SC magnet. In: Asian Conference on Applied Superconductivity and Cryogenics, 2009, Tokyo, Japan.

Kasthurirengan, S and Jacob, S and Karunanithi, R and Behera, U and Nadig, DS (2004) Experimental Studies of Convection in a Single Stage Pulse Tube Refrigerator. In: Advances in Cryogenic Engineering: Transactions of the Cryogenic Engineering Conference - CEC, 23 June, 2004, Anchorage, AK, USA, Vol.710, 1474-1484.

Kasthurirengan, S and Behera, Upendra (2008) Effect of regenerator material compositions on the performances of a two-stage pulse tube cryocooler. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kasthurirengan, S and Behera, Upendra (2008) Electronic Instrumentaion for Multiplexing Palladium based Hydrogen gas sensors. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Kasthurirengan, S and Behera, Upendra (2008) Investigations on two stage pulse tube cryocooler operating down to 2.5K. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Kasthurirengan, S and Nadig, DS and Behera, Upendra and Magadum, Mahesh G and Babu, Narendra N and Sanmathi, GB (2008) Development of palladium doped in oxide based hydrogen sensors for safety applications. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kasthurirengan, S and Sagar, Rahul N and Behera, Upendra and Dinesh, KV and Shafi, KA and Sajid, Mohammed NK (2008) Numerical analysis of performance and loss mechanisms of a two-stage pulse tube cryocooler. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kasthurirengen, S and Dinesh, K and Jacob, Subhash and Paul, PJ and Behera, Upendra (2006) Studies on Vortex tubes towards high efficiency temperature separation. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.

Kasthurirengen, S and Ramesh, KP and John, MG and Rasheed, Abdul KK and Sajid, Mohammed NK and Shafi, KA and Bahuguni, AN and Lingaraju, MS (2006) Experimental investigations on 2 stage Pulse Tube Cryocooler operating down to 3.5K. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.

Kranthi, JK and Jacob, S and Karunanithi, R and Narasimham, G (2019) Study of staging method for a 25 K two stage pulse tube cooler. In: 27th International Cryogenics Engineering Conference and International Cryogenic Materials Conference 2018, ICEC-ICMC 2018, 3 - 7 September 2018, Oxford.

Kranthi Kumar, J and Jacob, S and Karunanithi, R and Narasimham, G (2019) Design and component development of a 17 l/d liquefier for helium recondensation. In: 27th International Cryogenics Engineering Conference and International Cryogenic Materials Conference 2018, ICEC-ICMC 2018, 3 - 7 September 2018, Oxford.

Kumar, Senthil A and Jacob, Subhash and Murthy, Krishna MV and Kasthurirengan, S (2008) Analysis of heat transfer modes through multilayer insulation (MLI) in the ranges 300 - 77 K and 77 - 4.2 K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kuzhiveli, BT and Jacob, Subhash (2006) Radiation analysis of optical cryocooler with network matrix method. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.

Kuzhiveli, Biju T and Jacob, Subhash (2008) Analysis of irradiation problems in optical cryocooler. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Kuzhiveli, Biju T and Jacob, Subhash (2008) Combined heat transfer network-matrix model for optical cryocooler. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Kuzhiveli, Biju T and Jacob, Subhash (2006) Design guidelines for 3 stage linear compressor cryocooler to achieve 4.2K. In: Twenty first National Symposium on Cryogenics, November 2006.

Kuzhiveli, Biju T and Jacob, Subhash (2006) Evaluation of Network matrix computer program for optical cryocooler. In: Twenty first National Symposium on Cryogenics, November 2006.

Kuzhiveli, Biju T and Jacob, Subhash (2006) Miniature Linear compressor for Pulse Tube Cryocooler. In: Twenty first National Symposium on Cryogenics, November 2006.

Mishra, J and Agarwal, J and Kasthurirengan, S and Mukherjee, S and Nayak, P and Panchal, P and Gangradey, R (2018) Adsorption characteristic study of activated carbons down to 4.5 k. In: 7th International Conference of Materials Processing and Characterization, ICMPC 2017, 17 - 19 March 2017, Hyderabad, Andhra Pradesh, pp. 3425-3431.

Nadig, DS and Bhat, MR and Pavan, VK and Mahishi, Chandan (2017) Effects of Cryogenic Treatment on the Strength Properties of Heat Resistant Stainless Steel (07X16H6). In: 2017 2ND INTERNATIONAL CONFERENCE ON ADVANCED MATERIALS RESEARCH AND MANUFACTURING TECHNOLOGIES (AMRMT 2017), AUG 02-05, 2017, Phuket, THAILAND.

Nadig, DS and Jacob, S and Karunanithi, R and Manjunatha, D and Sriram, R and Subramanian, D and Prasad, MVN and Sen, Geetha and Jha, Abhay (2009) Effect of Cryotreatment on the strength of precipitation hardened martensite stainless steel (APX4). In: Asian Conference on Applied Superconductivity and Cryogenics, 2009, Tokyo, Japan.

Nadig, DS and Jacob, S and Karunanithi, R and Manjunatha, R and Patil, S and Subramanian, D and Prasad, MVN and Sen, Geetha (2008) Effect of tempering on the cryotreated integral diaphragm pressure transducers. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Nadig, DS and Jacob, S and Karunanithi, R and Manjunatha, R and Subramanian, D and Prasad, MVN and Sen, Geetha and Jha, Abhay K (2010) Studies of cryotreatment on the performance of integral diaphragm pressure transducers for space application. In: 23rd Space Cryogenics Workshop (SCW), JUN 23-25, 2009, Arcadia, pp. 561-565.

Nadig, DS and Jacob, S and Karunanithi, R and Patil, Manjunatha RS and Subramanian, D and Prasad, MVN and Sen, Geetha and Jha, Abhay (2009) Studies of Cryo treatment on the performance of integral diaphragm pressure transducers for space applications. In: 23rd Space Cryogenics Workshop, 2009, Arcadia, USA.

Nadig, DS and Jacob, Subhash and Karunanithi, R and Subramanian, D and Prasad, Narasimha MV and Sen, Geetha (2008) Experimental studies of the effect of cryogenic treatment on residual stresses in Integral Diaphragm Pressure Transducers for space applications. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).

Nadig, DS and Kasthurirengen, S and Karunanithi, R and Sen, Geetha and Jacob, Subhash (2006) Design of Cryotreatment chamber and studies on Cryogenic treatment on metals. In: Workshop on Cryogenics Science and Technology in India present and future, April 2006.

Nadig, DS and Kasthurirengen, S and Karunanithi, S and Sen, Geetha and Jacob, Subhash (2006) Design of a Cryotreatment system and studies of cryogenic treatment on metals. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.

Nagendra, HN and Karthik, AV and Verma, R and Kasthurirengan, S and Shivaprakash, NC and Sahu, AK and Behera, U (2019) Numerical and experimental investigations on two-phase flow of liquid nitrogen in a flexible transfer line. In: 27th International Cryogenics Engineering Conference and International Cryogenic Materials Conference 2018, ICEC-ICMC 2018, 3 - 7 September 2018, Oxford.

Nagendra, HN and Verma, R and Sagar, P and Akber, K and Kasthurirengan, S and Shivaprakash, NC and Sahu, AK and Behera, U (2020) Design optimization and calibration of a void fraction measurement capacitance sensor for LN2 flow. In: 2019 Cryogenic Engineering Conference, CEC 2019, 21-25 July 2019, Connecticut Convention CenterHartford; United States.

Prashanth, SR and Arumugam, SK and Gangradey, R and Mukherjee, S and Kasthurirengan, S and Behera, U (2020) Numerical modelling of solid hydrogen flow through an extruder die. In: International Conference on Thermo-fluids and Energy Systems (ICTES2019), 27-28 December 2019, Bengaluru; India.

Praveen, RS and Jacob, Subhash and Murthy, CRL and Bhardwaj, Balachandran Suresh P and Awasthi, AM (2008) Thermal conductivity measurements of carbon in epoxy and glass epoxy composites from 300K to 80K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Praveen, RS and Jacob, Subhash and Murthy, CRL and Bhardwaj, Balachandran Suresh P and Awasthi, AM (2008) Thermal conductivity measurements of carbon-glass hybrid composites from 300K to 20K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).

Ramesh, KP and Bahuguni, Anand and Kumar, Sunil S and Mukhopadhyay, Sutirtho and Kasthurirengen, S (2006) Low frequency NQR using SQUID sensors. In: Twenty first National Symposium on Cryogenics, November 2006.

Rangasamy, K and Pankaj, S and Abhay, SG (2017) Effect of temperature variation on cold electronics based lc oscillator for rrr measurement. In: 14th CRYOGENICS IIR International Conference, CRYOGENICS 2017, 15 - 19 May 2017, Dresden, pp. 502-506.

Sagar, P and Karunanithi, R and Hassan, HK and Akber, K and Girish, PS and Chandran, S and Lakshmi, EDA (2019) An Eddy-current based RRR measurement technique for SRF cavities. In: 27th International Cryogenics Engineering Conference and International Cryogenic Materials Conference 2018, ICEC-ICMC 2018, 3 - 7 September 2018, Oxford.

Shafi, KA and Sajid, NKM and Rasheed, KKA and George, JM and Kashurirengan, S (2009) Development of two stage pulse tube refrigerator operating down to 3K. In: National Conference on Refrigeration and Air Conditioning- NCRAC 2009, 2009, IIT Madras.

Shankar, Udaya N and Kathurirengen, S and Anand, NB and Dinesh, NS and Raghunathan, A (2006) Design of a lightweight and an efficient cryogenic cooling system for prime focus operation of radio telescope. In: Twenty first National Symposium on Cryogenics, November 2006.

Srinivasa, G and Karthik, GS and Ramesh, KP and Shafi, KA and Kasthurirengan, S (2007) Experimental studies on two stage pulse tube cryocooler reaching 3.3K. In: Cryogenic Engineering Conference and International Cryogenic Materials Conference Chattanooga U.S.A, July 2007.

Verma, R and Nagendra, HN and Kasthurirengan, S and Shivaprakash, NC and Behera, U (2019) Thermal conductivity studies on activated carbon based cryopanel. In: 27th International Cryogenics Engineering Conference and International Cryogenic Materials Conference 2018, ICEC-ICMC 2018, 3 - 7 September 2018, Oxford.

Vikas, R and Kasthurirengan, S (2020) Recent Advances in Gifford-McMahon Cryocoolers. In: International Conference on Thermo-Fluids and Energy Systems 2019, 27- 28 December 2019, Bengaluru.

Journal Article

Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2010) CFD analysis of high frequency miniature pulse tube refrigerators for space applications with thermal non-equilibrium model. In: Applied Thermal Engineering, 30 (2-3). pp. 152-166.

Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2012) Effect of natural convection on oscillating flow in a pipe with cryogenic temperature difference across the ends. In: International Journal of Heat and Mass Transfer, 55 (4). pp. 680-694.

Basumatary, J and Baro, N and Joshi, P and Mondal, PP (2023) Scanning single molecule localization microscopy (scanSMLM) for super-resolution volume imaging. In: Communications Biology, 6 (1).

Behera, Upendra and Paul, PJ and Kasthurirengan, S and Karunanithi, R and Ram, SN and Dinesh, K and Jacob, S (2005) CFD analysis and experimental investigations towards optimizing the parameters of Ranque-Hilsch vortex tube. In: International Journal of Heat and Mass Transfer, 48 (10). pp. 1961-1973.

Chatterjee, Aritra and Verma, Ravi and Umashankar, HP and Kasthurirengan, S and Shivaprakash, NC and Behera, Upendra (2019) Heat conduction model based on percolation theory for thermal conductivity of composites with high volume fraction of filler in base matrix. In: INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 136 . pp. 389-395.

Damu, C and Moudghalya, S and Nerale, MM and Panda, D and Prasad, R and Behera, U and Reddy, BNS (2024) Numerical investigation on non-linear streaming effects in a two-stage coaxial pulse tube cryocooler. In: Physics of Fluids, 36 (1).

Gour, Abhay Singh and Sagar, Pankaj and Karunanithi, R (2017) Design, development and testing twin pulse tube cryocooler. In: CRYOGENICS, 86 . pp. 87-96.

Gour, Abhay Singh and Sagar, Pankaj and Karunanithi, R (2017) Investigation of cryogenic level sensors for LN2 and LOX. In: CRYOGENICS, 84 . pp. 76-80.

Hao, XH and Ju, YL and Behera, Upendra and Kasthurirengan, S (2011) Influence of working fluid on the performance of a standing-wave thermoacoustic prime mover. In: Cryogenics, 51 (9). pp. 559-561.

Hariharan, NM and Arun, S and Sivashanmugam, P and Kasthurirengan, S (2018) CFD simulation on the performance of twin thermoacoustic prime mover for various resonator lengths and operating pressures. In: Heat Transfer - Asian Research, 47 (2). pp. 337-346.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2013) Effect of resonator length and working fluid on the performance of twin thermoacoustic heat engine - experimental and simulation studies. In: Computers & Fluids, 75 . pp. 51-55.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2012) Experimental and theoretical investigation of thermoacoustic prime mover. In: HVAC&R RESEARCH, 18 (6). pp. 1112-1121.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2013) Experimental investigation of a thermoacoustic refrigerator driven by a standing wave twin thermoacoustic prime mover. In: INTERNATIONAL JOURNAL OF REFRIGERATION-REVUE INTERNATIONALE DU FROID, 36 (8). pp. 2420-2425.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2013) Influence of operational and geometrical parameters on the performance of twin thermoacoustic prime mover. In: International Journal of Heat and Mass Transfer, 64 . pp. 1183-1188.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2012) Influence of stack geometry and resonator length on the performance of thermoacoustic engine. In: APPLIED ACOUSTICS, 73 (10). pp. 1052-1058.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2012) Optimization of thermoacoustic primemover using response surface methodology. In: HVAC&R Research, 18 (5, SI). pp. 890-903.

Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2013) Optimization of thermoacoustic refrigerator using response surface methodology. In: Journal of Hydrodynamics, Ser. B, 25 (1). pp. 72-82.

Jabbar, P and Hariharan, NM and Sivashanmugam, P and Kasthurirengan, S (2016) Influence of operational parameters on performance of twin thermoacoustic prime mover CFD studies. In: ENGINEERING COMPUTATIONS, 33 (3). pp. 759-766.

Jacob, S and Kasthurirengan, S and Karunanithi, R (1992) Investigations into the thermal performance of multilayer insulation (300- 77 K) Part 1: Calorimetric studies. In: Cryogenics, 32 (12). pp. 1137-1146.

Jacob, S and Kasthurirengan, S and Karunanithi, R (1992) Investigations into the thermal performance of multilayer insulation (300- 77 K) Part 2: Thermal analysis. In: Cryogenics, 32 (12). pp. 1147-1153.

Jacob, S and Kasthurirengan, S and Karunanithi, R and Raguraman, R (1992) Bending tool for stainless-steel tubes using cryogenic technique. In: Review of Scientific Instruments, 63 (3). pp. 2095-2096.

Jacob, S and Kasthurirengan, S and Karunanithi, R and Raguraman, R (1992) A remote delivery tube with an integral Joule-Thompson valve for the helium liquefier. In: Review of Scientific Instruments, 63 (3). pp. 2097-2098.

Joshi, P and Kumar, P and Aravinth, S and Varghese, JM and Mondal, PP (2024) Fluorescence-based multifunctional light sheet imaging flow cytometry for high-throughput optical interrogation of live cells. In: Communications Physics, 7 (1).

K, AK and Kapilan, N and Dinesh, PA and Kasthurirengan, S (2022) Experimental studies on solar assisted activated carbon based adsorption refrigeration system. In: Materials Today: Proceedings .

Kamble, Bharatbhushan V and Kuzhiveli, Biju T and Kasthurirengan, S and Behera, Upendra (2013) Experimental and simulation studies on the performance of standing wave thermoacoustic prime mover for pulse tube refrigerator. In: INTERNATIONAL JOURNAL OF REFRIGERATION-REVUE INTERNATIONALE DU FROID, 36 (8). pp. 2410-2419.

Karunanithi, R and Jacob, S and Kasthurirengan, S and Behera, Upendra and Nadig, DS (2004) Development of a reliable and simple pressure wave generator for pulse tube refrigerators. In: Review of Scientific Instruments, 75 (7). pp. 2479-2481.

Kasthurirengan, S and Behera, Upendra and Gangradey, Ranjana and Udgata, Swarup and Krishnamoorthy, V (2012) Studies of cryocooler based cryosorption pump with activated carbon panels operating at 11K. In: Journal of Physics, 390 . 012068_1-012068_7.

Kasthurirengan, S and Hofmann, A (1998) Response to transient heat load in a helium II loop operated with a self-driven thermomechanical pump. In: Cryogenics, 38 (8). pp. 833-837.

Kasthurirengan, S and Jacob, S and Karunanithi, R and Karthikeyan, A (1996) Helium Gas Purity Monitor based on Low Frequency Acoustic Resonance. In: Czechoslovak Journal of Physics, 46 (05). pp. 2779-2780.

Kasthurirengan, S and Srinivasa, G and Karthik, G S and Nadig, D S and Behera, U and Shafi, K A (2009) Experimental and theoretical studies of a two-stage pulse tube cryocooler operating down to 3 K. In: International Journal of Heat and Mass Transfer, 52 (3-4). pp. 986-995.

Krishna Moorthy, V and Uma, Uma and Jaanaki, SM and Hariharan, NM and Kasthurirengan, S (2018) Simulation and experimental studies of twin thermoacoustic prime mover. In: International Journal of Engineering and Advanced Technology, 8 (2). pp. 192-194.

Krishnamurthy, MV and Chandra, Rajneesh and Jacob, S and Kasthurirengan, S and Karunanithi, R (1996) Experimental studies on cool-down and mass flow characteristics of a demountable liquid nitrogen transfer line. In: Cryogenics, 36 (6). pp. 435-441.

Krishnappa, AK and Kapilan, N and Kasthurirengan, S and Ashwathnarayana, DP (2023) Experimental and Simulation Study of a Solar Assisted Two Bed Adsorption Refrigeration System Using Activated Carbon-Methanol. In: International Journal of Heat and Technology, 41 (2). pp. 293-303.

Kumar, P and Mondal, PP (2024) Multicolor iLIFE (m-iLIFE) volume cytometry for high-throughput imaging of multiple organelles. In: Scientific Reports, 14 (1).

Manivannan, N and Arumugam, S and Kasthurirengan, S and Anand, NB (2008) A high-resolution, SQUID-based vibrating coil susceptometer. In: Measurement Science and Technology, 19 (12). pp. 125801-1.

Muralidharan, Haritha and Hariharan, NM and Perarasu, VT and Sivashanmugam, P and Kasthurirengan, S (2013) Computational fluid dynamics simulation of open ended thermoacoustic prime mover with straight and tapered resonator. In: HVAC&R Research, 19 (3). pp. 208-212.

Panda, D and Kumar, M and Behera, SK and Satapathy, AK and Sarangi, SK (2022) Influence of drive chamber discharging process on non-linear displacer dynamics and thermodynamic processes of a fluidic-driven Gifford-McMahon cryocooler. In: Journal of Non-Equilibrium Thermodynamics .

Panda, D and Kumar, M and Satapathy, AK and Sarangi, SK and Behera, U (2023) Investigations on nonlinear processes of a Gifford-McMahon type orifice pulse tube refrigerator. In: Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering .

Panda, D and Satapathy, AK and Sarangi, SK (2023) Effect of thermal dispersion and turbulent conduction on the heat transfer behavior of coaxial pulse tube cryocooler. In: Numerical Heat Transfer; Part A: Applications .

Panda, D and Satapathy, AK and Sarangi, SK (2022) Evaluation of tribomechanical behavior of Polytetrafluoroethylene materials for cryogenic refrigerators. In: Sadhana - Academy Proceedings in Engineering Sciences, 47 (4).

Panda, D and Satapathy, AK and Sarangi, SK and Behera, U (2023) Multidimensional numerical simulation of thermodynamic and oscillating gas flow processes of a Gifford-McMahon cryocooler. In: Journal of Non-Equilibrium Thermodynamics .

Patel, Apoorva (2000) Constraints on m(s) and epsilon /epsilon from lattice quantum chromodynamics. In: Pramana Journal of Physics, 55 (1). pp. 235-240.

Pinto, SP and Basavapatna Govindasetty, R and Karanam, P and Behera, U and Kasthurirengan, S (2019) Study on a twin-bed adsorption refrigeration system using R134a-activated carbon pair. In: Heat Transfer - Asian Research, 48 (4). pp. 1264-1279.

Pinto, Samson Paul and Karanam, Praveen and Raghavendra, BG and Boopathi, V and Mathad, Prafulkumar and Behera, Upendra and Kasthurirengan, Srinivasan (2019) Development and studies of low capacity adsorption refrigeration systems based on silica gel-water and activated carbon-R134a pairs. In: HEAT AND MASS TRANSFER, 55 (2). pp. 513-531.

Prashanth, SR and Arumugam, Senthil Kumar and Gangradey, Ranjana and Mukherjee, Samiran and Kasthurirengan, S and Behera, Upendra and Pabbineedi, Gangadhar and Mugilan, M (2019) CFD modelling and performance analysis of a twin screw hydrogen extruder. In: FUSION ENGINEERING AND DESIGN, 138 (SI). pp. 151-158.

Praveen, RS and Jacob, Subhash and Murthy, CRL and Balachandran, P and Rao, YVKS (2011) Hybridization of carbon-glass epoxy composites: An approach to achieve low coefficient of thermal expansion at cryogenic temperatures. In: Cryogenics, 51 (2). pp. 95-104.

Ravikumar, PS and Arumugam, SK and Gangradey, R and Mukherjee, S and Srinivasan, K and Sadasivan, S and Gupta, V and Aggarwal, MC (2021) Development of Cryogenic Extrusion Techniques and Modelling of a Twin Screw Extruder: A Review. In: Journal of Fusion Energy, 40 (1).

Sagar, P and Hassan, H K and Karunanithi, R (2018) A technique for measuring impedance of cryogenic eddy current sensors using dual switched oscillators. In: JOURNAL OF INSTRUMENTATION, 13 .

Sagar, P and Hassan, H K and Karunanithi, R (2018) A technique for measuring impedance of cryogenic eddy current sensors using dual switched oscillators. In: JOURNAL OF INSTRUMENTATION, 13 .

Sagar, P and Hassan, HK and Lakshmi, EDA and Akber, K and Girish, PS and Gour, AS and Karunanithi, R (2020) Investigation on Temperature Dependent Inductance (TDI) of a planar Multi-Layer Inductor (MLI) down to 4.2 K. In: Review of Scientific Instruments, 91 (8).

Sagar, Pankaj and Gour, Abhay Singh and Karunanithi, R (2017) A multilayer planar inductor based proximity sensor operating at 4.2 K. In: SENSORS AND ACTUATORS A-PHYSICAL, 264 . pp. 151-156.

Sagar, Pankaj and Hassan, Harris K and Gour, Abhay Singh and Karunanithi, R (2018) Multilayer planar inductor array based angular position sensor for cryogenic application. In: CRYOGENICS, 96 . pp. 18-24.

Sen, Geetha and Sampathkumaran, P and Nadig, DS and Manjunatha, R and Seetharamu, S (2009) Effect of residual stresses and metallographic stability on the over all performance of integral diaphragm material. In: Materials Science and Engineering A, 517 (1-2). pp. 85-90.

Shafi, KA and Rasheed, KKA and George, JM and Sajid, NKM and Kasthurirengan, S (2008) An adiabatic model for a two-stage double-inlet pulse tube refrigerator. In: Proceedings of the Institution of Mechanical Engineers - Part C: Journal of Mechanical Engineering Science, 222 (7). pp. 1247-1252.

Shafi, KA and Sajid, Mohammed NK and Kasthurirengan, S and Upendra, B (2010) Investigations of a two-stage pulse tube cryocooler operating down to 2.5K. In: Proceedings of the Institution of Mechanical Engineers - Part C: Journal of Mechanical Engineering Science, 224 (C6). pp. 1255-1260.

Sinha, KP (1983) On the possibility of triplet electron pairing in some systems. In: Indian Journal of Cryogenics, 8 (3). pp. 165-171.

Sirunyan, AM and Tumasyan, A and Adam, W and Ambrogi, F and Asilar, E and Bergauer, T and Brandstetter, J and Dragicevic, M and Erö, J and Escalante Del Valle, A and Flechl, M and Frühwirth, R and Ghete, VM and Hrubec, J and Jeitler, M and Krammer, N and Krätschmer, I and Liko, D and Madlener, T and Mikulec, I and Rad, N and Rohringer, H and Schieck, J and Schöfbeck, R and Spanring, M and Spitzbart, D and Waltenberger, W and Wittmann, J and Wulz, C-E and Zarucki, M and Chekhovsky, V and Mossolov, V and Suarez Gonzalez, J and De Wolf, EA and Di Croce, D and Janssen, X and Lauwers, J and Lelek, A and Pieters, M and Van Haevermaet, H and Van Mechelen, P and Van Remortel, N and Abu Zeid, S and Blekman, F and Dâ��Hondt, J and De Clercq, J and Deroover, K and Flouris, G and Lontkovskyi, D and Lowette, S and Marchesini, I and Moortgat, S and Moreels, L and Python, Q and Skovpen, K and Tavernier, S and Van Doninck, W and Van Mulders, P and Van Parijs, I and Beghin, D and Bilin, B and Brun, H and Clerbaux, B and De Lentdecker, G and Delannoy, H and Dorney, B and Fasanella, G and Favart, L and Grebenyuk, A and Kalsi, AK and Lenzi, T and Luetic, J and Postiau, N and Starling, E and Thomas, L and Vander Velde, C and Vanlaer, P and Vannerom, D and Wang, Q and Cornelis, T and Dobur, D and Fagot, A and Gul, M and Khvastunov, I and Poyraz, D and Roskas, C and Trocino, D and Tytgat, M and Verbeke, W and Vermassen, B and Vit, M and Zaganidis, N and Bakhshiansohi, H and Bondu, O and Bruno, G and Caputo, C and David, P and Delaere, C and Delcourt, M and Giammanco, A and Krintiras, G and Lemaitre, V and Magitteri, A and Piotrzkowski, K and Saggio, A and Vidal Marono, M and Vischia, P and Zobec, J and Alves, FL and Alves, GA and Correia Silva, G and Hensel, C and Moraes, A and Pol, ME and Rebello Teles, P and Belchior Batista Das Chagas, E and Carvalho, W and Chinellato, J and Coelho, E and Da Costa, EM and Da Silveira, GG and De Jesus Damiao, D and De Oliveira Martins, C and Fonseca De Souza, S and Malbouisson, H and Matos Figueiredo, D and Melo De Almeida, M and Mora Herrera, C and Mundim, L and Nogima, H and Prado Da Silva, WL and Sanchez Rosas, LJ and Santoro, A and Sznajder, A and Thiel, M and Tonelli Manganote, EJ and Torres Da Silva De Araujo, F and Vilela Pereira, A and Ahuja, S and Bernardes, CA and Calligaris, L and Fernandez Perez Tomei, TR and Gregores, EM and Mercadante, PG and Novaes, SF and Padula, SS and Aleksandrov, A and Hadjiiska, R and Iaydjiev, P and Marinov, A and Misheva, M and Rodozov, M and Shopova, M and Sultanov, G and Dimitrov, A and Litov, L and Pavlov, B and Petkov, P and Fang, W and Gao, X and Yuan, L and Ahmad, M and Bian, JG and Chen, GM and Chen, HS and Chen, M and Chen, Y and Jiang, CH and Leggat, D and Liao, H and Liu, Z and Shaheen, SM and Spiezia, A and Tao, J and Yazgan, E and Zhang, H and Zhang, S and Zhao, J and Ban, Y and Chen, G and Levin, A and Li, J and Li, L and Li, Q and Mao, Y and Qian, SJ and Wang, D and Wang, Y and Avila, C and Cabrera, A and Carrillo Montoya, CA and Chaparro Sierra, LF and Florez, C and González Hernández, CF and Segura Delgado, MA and Courbon, B and Godinovic, N and Lelas, D and Puljak, I and Sculac, T and Antunovic, Z and Kovac, M and Brigljevic, V and Ferencek, D and Kadija, K and Mesic, B and Roguljic, M and Starodumov, A and Susa, T and Ather, MW and Attikis, A and Kolosova, M and Mavromanolakis, G and Mousa, J and Nicolaou, C and Ptochos, F and Razis, PA and Rykaczewski, H and Finger, M and Finger, Jr and Ayala, E and Carrera Jarrin, E and Assran, Y and Elgammal, S and Khalil, S and Bhowmik, S and Carvalho Antunes De Oliveira, A and Dewanjee, RK and Ehataht, K and Kadastik, M and Raidal, M and Veelken, C and Eerola, P and Kirschenmann, H and Pekkanen, J and Voutilainen, M and Havukainen, J and Heikkilä, JK and Järvinen, T and Karimäki, V and Kinnunen, R and Lampén, T and Lassila-Perini, K and Laurila, S and Lehti, S and Lindén, T and Luukka, P and Mäenpää, T and Siikonen, H and Tuominen, E and Tuominiemi, J and Tuuva, T and Besancon, M and Couderc, F and Dejardin, M and Denegri, D and Faure, JL and Ferri, F and Ganjour, S and Givernaud, A and Gras, P and Hamel de Monchenault, G and Jarry, P and Leloup, C and Locci, E and Malcles, J and Negro, G and Rander, J and Rosowsky, A and Sahin, MÃ� and Titov, M and Abdulsalam, A and Amendola, C and Antropov, I and Beaudette, F and Busson, P and Charlot, C and Granier de Cassagnac, R and Kucher, I and Lobanov, A and Martin Blanco, J and Martin Perez, C and Nguyen, M and Ochando, C and Ortona, G and Paganini, P and Rembser, J and Salerno, R and Sauvan, JB and Sirois, Y and Stahl Leiton, AG and Zabi, A and Zghiche, A and Agram, J-L and Andrea, J and Bloch, D and Bourgatte, G and Brom, J-M and Chabert, EC and Cherepanov, V and Collard, C and Conte, E and Fontaine, J-C and Gelé, D and Goerlach, U and Jansová, M and Le Bihan, A-C and Tonon, N and Van Hove, P and Gadrat, S and Beauceron, S and Bernet, C and Boudoul, G and Chanon, N and Chierici, R and Contardo, D and Depasse, P and El Mamouni, H and Fay, J and Finco, L and Gascon, S and Gouzevitch, M and Grenier, G and Ille, B and Lagarde, F and Laktineh, IB and Lattaud, H and Lethuillier, M and Mirabito, L and Perries, S and Popov, A and Sordini, V and Touquet, G and Vander Donckt, M and Viret, S and Khvedelidze, A and Tsamalaidze, Z and Autermann, C and Feld, L and Kiesel, MK and Klein, K and Lipinski, M and Preuten, M and Rauch, MP and Schomakers, C and Schulz, J and Teroerde, M and Wittmer, B and Albert, A and Erdmann, M and Erdweg, S and Esch, T and Fischer, R and Ghosh, S and Güth, A and Hebbeker, T and Heidemann, C and Hoepfner, K and Keller, H and Mastrolorenzo, L and Merschmeyer, M and Meyer, A and Millet, P and Mukherjee, S and Pook, T and Radziej, M and Reithler, H and Rieger, M and Schmidt, A and Teyssier, D and Thüer, S and Flügge, G and Hlushchenko, O and Kress, T and Müller, T and Nehrkorn, A and Nowack, A and Pistone, C and Pooth, O and Roy, D and Sert, H and Stahl, A and Aldaya Martin, M and Arndt, T and Asawatangtrakuldee, C and Babounikau, I and Beernaert, K and Behnke, O and Behrens, U and Bermúdez Martínez, A and Bertsche, D and Bin Anuar, AA and Borras, K and Botta, V and Campbell, A and Connor, P and Contreras-Campana, C and Danilov, V and De Wit, A and Defranchis, MM and Diez Pardos, C and Domínguez Damiani, D and Eckerlin, G and Eichhorn, T and Elwood, A and Eren, E and Gallo, E and Geiser, A and Grados Luyando, JM and Grohsjean, A and Guthoff, M and Haranko, M and Harb, A and Jung, H and Kasemann, M and Keaveney, J and Kleinwort, C and Knolle, J and Krücker, D and Lange, W and Lenz, T and Leonard, J and Lipka, K and Lohmann, W and Mankel, R and Melzer-Pellmann, I-A and Meyer, AB and Meyer, M and Missiroli, M and Mittag, G and Mnich, J and Myronenko, V and Pflitsch, SK and Pitzl, D and Raspereza, A and Saibel, A and Savitskyi, M and Saxena, P and Schütze, P and Schwanenberger, C and Shevchenko, R and Singh, A and Tholen, H and Turkot, O and Vagnerini, A and Van De Klundert, M and Van Onsem, GP and Walsh, R and Wen, Y and Wichmann, K and Wissing, C and Zenaiev, O and Aggleton, R and Bein, S and Benato, L and Benecke, A and Dreyer, T and Ebrahimi, A and Garutti, E and Gonzalez, D and Gunnellini, P and Haller, J and Hinzmann, A and Karavdina, A and Kasieczka, G and Klanner, R and Kogler, R and Kovalchuk, N and Kurz, S and Kutzner, V and Lange, J and Marconi, D and Multhaup, J and Niedziela, M and Niemeyer, CEN and Nowatschin, D and Perieanu, A and Reimers, A and Rieger, O and Scharf, C and Schleper, P and Schumann, S and Schwandt, J and Sonneveld, J and Stadie, H and Steinbrück, G and Stober, FM and Stöver, M and Vormwald, B and Zoi, I and Akbiyik, M and Barth, C and Baselga, M and Baur, S and Butz, E and Caspart, R and Chwalek, T and Colombo, F and De Boer, W and Dierlamm, A and El Morabit, K and Faltermann, N and Freund, B and Giffels, M and Harrendorf, MA and Hartmann, F and Heindl, SM and Husemann, U and Katkov, I and Kudella, S and Mitra, S and Mozer, MU and Müller, T and Musich, M and Plagge, M and Quast, G and Rabbertz, K and Schröder, M and Shvetsov, I and Simonis, HJ and Ulrich, R and Wayand, S and Weber, M and Weiler, T and Wöhrmann, C and Wolf, R and Anagnostou, G and Daskalakis, G and Geralis, T and Kyriakis, A and Loukas, D and Paspalaki, G and Agapitos, A and Karathanasis, G and Kontaxakis, P and Panagiotou, A and Papavergou, I and Saoulidou, N and Vellidis, K and Kousouris, K and Papakrivopoulos, I and Tsipolitis, G and Evangelou, I and Foudas, C and Gianneios, P and Katsoulis, P and Kokkas, P and Mallios, S and Manthos, N and Papadopoulos, I and Paradas, E and Strologas, J and Triantis, FA and Tsitsonis, D and Bartók, M and Csanad, M and Filipovic, N and Major, P and Nagy, MI and Pasztor, G and Surányi, O and Veres, GI and Bencze, G and Hajdu, C and Horvath, D and Hunyadi, Ã� and Sikler, F and Vámi, TÃ� and Veszpremi, V and Vesztergombi, G and Beni, N and Czellar, S and Karancsi, J and Makovec, A and Molnar, J and Szillasi, Z and Raics, P and Trocsanyi, ZL and Ujvari, B and Choudhury, S and Komaragiri, JR and Tiwari, PC and Bahinipati, S and Kar, C and Mal, P and Mandal, K and Nayak, A and Roy Chowdhury, S and Sahoo, DK and Swain, SK and Bansal, S and Beri, SB and Bhatnagar, V and Chauhan, S and Chawla, R and Dhingra, N and Gupta, R and Kaur, A and Kaur, M and Kaur, S and Kumari, P and Lohan, M and Meena, M and Mehta, A and Sandeep, K and Sharma, S and Singh, JB and Virdi, AK and Walia, G and Bhardwaj, A and Choudhary, BC and Garg, RB and Gola, M and Keshri, S and Kumar, A and Malhotra, S and Naimuddin, M and Priyanka, P and Ranjan, K and Shah, A and Sharma, R and Bhardwaj, R and Bharti, M and Bhattacharya, R and Bhattacharya, S and Bhawandeep, U and Bhowmik, D and Dey, S and Dutt, S and Dutta, S and Ghosh, S and Maity, M and Mondal, K and Nandan, S and Purohit, A and Rout, PK and Roy, A and Saha, G and Sarkar, S and Sarkar, T and Sharan, M and Singh, B and Thakur, S and Behera, PK and Muhammad, A and Chudasama, R and Dutta, D and Jha, V and Kumar, V and Mishra, DK and Netrakanti, PK and Pant, LM and Shukla, P and Suggisetti, P and Aziz, T and Bhat, MA and Dugad, S and Mohanty, GB and Sur, N and Verma, RK and Banerjee, S and Bhattacharya, S and Chatterjee, S and Das, P and Guchait, M and Jain, S and Karmakar, S and Kumar, S and Majumder, G and Mazumdar, K and Sahoo, N and Chauhan, S and Dube, S and Hegde, V and Kapoor, A and Kothekar, K and Pandey, S and Rane, A and Rastogi, A and Sharma, S and Chenarani, S and Eskandari Tadavani, E and Etesami, SM and Khakzad, M and Mohammadi Najafabadi, M and Naseri, M and Rezaei Hosseinabadi, F and Safarzadeh, B and Zeinali, M and Felcini, M and Grunewald, M and Abbrescia, M and Calabria, C and Colaleo, A and Creanza, D and Cristella, L and De Filippis, N and De Palma, M and Di Florio, A and Errico, F and Fiore, L and Gelmi, A and Iaselli, G and Ince, M and Lezki, S and Maggi, G and Maggi, M and Miniello, G and My, S and Nuzzo, S and Pompili, A and Pugliese, G and Radogna, R and Ranieri, A and Selvaggi, G and Sharma, A and Silvestris, L and Venditti, R and Verwilligen, P and Abbiendi, G and Battilana, C and Bonacorsi, D and Borgonovi, L and Braibant-Giacomelli, S and Campanini, R and Capiluppi, P and Castro, A and Cavallo, FR and Chhibra, SS and Codispoti, G and Cuffiani, M and Dallavalle, GM and Fabbri, F and Fanfani, A and Fontanesi, E and Giacomelli, P and Grandi, C and Guiducci, L and Iemmi, F and Lo Meo, S and Marcellini, S and Masetti, G and Montanari, A and Navarria, FL and Perrotta, A and Primavera, F and Rossi, AM and Rovelli, T and Siroli, GP and Tosi, N and Albergo, S and Di Mattia, A and Potenza, R and Tricomi, A and Tuve, C and Barbagli, G and Chatterjee, K and Ciulli, V and Civinini, C and Dâ��Alessandro, R and Focardi, E and Latino, G and Lenzi, P and Meschini, M and Paoletti, S and Russo, L and Sguazzoni, G and Strom, D and Viliani, L and Benussi, L and Bianco, S and Fabbri, F and Piccolo, D and Ferro, F and Mulargia, R and Robutti, E and Tosi, S and Benaglia, A and Beschi, A and Brivio, F and Ciriolo, V and Di Guida, S and Dinardo, ME and Fiorendi, S and Gennai, S and Ghezzi, A and Govoni, P and Malberti, M and Malvezzi, S and Menasce, D and Monti, F and Moroni, L and Paganoni, M and Pedrini, D and Ragazzi, S and Tabarelli de Fatis, T and Zuolo, D and Buontempo, S and Cavallo, N and De Iorio, A and Di Crescenzo, A and Fabozzi, F and Fienga, F and Galati, G and Iorio, AOM and Lista, L and Meola, S and Paolucci, P and Sciacca, C and Voevodina, E and Azzi, P and Bacchetta, N and Bisello, D and Boletti, A and Bragagnolo, A and Carlin, R and Checchia, P and Dallâ��Osso, M and De Castro Manzano, P and Dorigo, T and Dosselli, U and Gasparini, F and Gasparini, U and Gozzelino, A and Hoh, SY and Lacaprara, S and Lujan, P and Margoni, M and Meneguzzo, AT and Pazzini, J and Presilla, M and Ronchese, P and Rossin, R and Simonetto, F and Tiko, A and Torassa, E and Tosi, M and Zanetti, M and Zotto, P and Zumerle, G and Braghieri, A and Magnani, A and Montagna, P and Ratti, SP and Re, V and Ressegotti, M and Riccardi, C and Salvini, P and Vai, I and Vitulo, P and Biasini, M and Bilei, GM and Cecchi, C and Ciangottini, D and Fanò, L and Lariccia, P and Leonardi, R and Manoni, E and Mantovani, G and Mariani, V and Menichelli, M and Rossi, A and Santocchia, A and Spiga, D and Androsov, K and Azzurri, P and Bagliesi, G and Bianchini, L and Boccali, T and Borrello, L and Castaldi, R and Ciocci, MA and Dellâ��Orso, R and Fedi, G and Fiori, F and Giannini, L and Giassi, A and Grippo, MT and Ligabue, F and Manca, E and Mandorli, G and Messineo, A and Palla, F and Rizzi, A and Rolandi, G and Spagnolo, P and Tenchini, R and Tonelli, G and Venturi, A and Verdini, PG and Barone, L and Cavallari, F and Cipriani, M and Del Re, D and Di Marco, E and Diemoz, M and Gelli, S and Longo, E and Marzocchi, B and Meridiani, P and Organtini, G and Pandolfi, F and Paramatti, R and Preiato, F and Rahatlou, S and Rovelli, C and Santanastasio, F and Amapane, N and Arcidiacono, R and Argiro, S and Arneodo, M and Bartosik, N and Bellan, R and Biino, C and Cappati, A and Cartiglia, N and Cenna, F and Cometti, S and Costa, M and Covarelli, R and Demaria, N and Kiani, B and Mariotti, C and Maselli, S and Migliore, E and Monaco, V and Monteil, E and Monteno, M and Obertino, MM and Pacher, L and Pastrone, N and Pelliccioni, M and Pinna Angioni, GL and Romero, A and Ruspa, M and Sacchi, R and Salvatico, R and Shchelina, K and Sola, V and Solano, A and Soldi, D and Staiano, A and Belforte, S and Candelise, V and Casarsa, M and Cossutti, F and Da Rold, A and Della Ricca, G and Vazzoler, F and Zanetti, A and Huh, C and Kim, DH and Kim, GN and Kim, MS and Lee, J and Lee, S and Lee, SW and Moon, CS and Oh, YD and Pak, SI and Sekmen, S and Son, DC and Yang, YC and Kim, H and Moon, DH and Oh, G and Francois, B and Goh, J and Kim, TJ and Cho, S and Choi, S and Go, Y and Gyun, D and Ha, S and Hong, B and Jo, Y and Lee, K and Lee, KS and Lee, S and Lim, J and Park, SK and Roh, Y and Kim, HS and Almond, J and Kim, J and Kim, JS and Lee, H and Lee, K and Nam, K and Oh, SB and Radburn-Smith, BC and Seo, S and Yang, UK and Yoo, HD and Yu, GB and Jeon, D and Kim, H and Kim, JH and Lee, JSH and Park, IC and Choi, Y and Hwang, C and Lee, J and Yu, I and Veckalns, V and Dudenas, V and Juodagalvis, A and Vaitkus, J and Ibrahim, ZA and Md Ali, MAB and Mohamad Idris, F and Wan Abdullah, WAT and Yusli, MN and Zolkapli, Z and Benitez, JF and Castaneda Hernandez, A and Murillo Quijada, JA and Castilla-Valdez, H and De La Cruz-Burelo, E and Duran-Osuna, MC and Heredia-De La Cruz, I and Lopez-Fernandez, R and Mejia Guisao, J and Rabadan-Trejo, RI and Ramirez-Garcia, M and Ramirez-Sanchez, G and Reyes-Almanza, R and Sanchez-Hernandez, A and Carrillo Moreno, S and Oropeza Barrera, C and Vazquez Valencia, F and Eysermans, J and Pedraza, I and Salazar Ibarguen, HA and Uribe Estrada, C and Morelos Pineda, A and Krofcheck, D and Bheesette, S and Butler, PH and Ahmad, A and Ahmad, M and Asghar, MI and Hassan, Q and Hoorani, HR and Khan, WA and Shah, MA and Shoaib, M and Waqas, M and Bialkowska, H and Bluj, M and Boimska, B and Frueboes, T and Górski, M and Kazana, M and Szleper, M and Traczyk, P and Zalewski, P and Bunkowski, K and Byszuk, A and Doroba, K and Kalinowski, A and Konecki, M and Krolikowski, J and Misiura, M and Olszewski, M and Pyskir, A and Walczak, M and Araujo, M and Bargassa, P and Beirão Da Cruz E Silva, C and Di Francesco, A and Faccioli, P and Galinhas, B and Gallinaro, M and Hollar, J and Leonardo, N and Seixas, J and Strong, G and Toldaiev, O and Varela, J and Afanasiev, S and Bunin, P and Gavrilenko, M and Golutvin, I and Gorbunov, I and Kamenev, A and Karjavine, V and Lanev, A and Malakhov, A and Matveev, V and Moisenz, P and Palichik, V and Perelygin, V and Shmatov, S and Shulha, S and Skatchkov, N and Smirnov, V and Voytishin, N and Zarubin, A and Golovtsov, V and Ivanov, Y and Kim, V and Kuznetsova, E and Levchenko, P and Murzin, V and Oreshkin, V and Smirnov, I and Sosnov, D and Sulimov, V and Uvarov, L and Vavilov, S and Vorobyev, A and Andreev, Y and Dermenev, A and Gninenko, S and Golubev, N and Karneyeu, A and Kirsanov, M and Krasnikov, N and Pashenkov, A and Shabanov, A and Tlisov, D and Toropin, A and Epshteyn, V and Gavrilov, V and Lychkovskaya, N and Popov, V and Pozdnyakov, I and Safronov, G and Spiridonov, A and Stepennov, A and Stolin, V and Toms, M and Vlasov, E and Zhokin, A and Aushev, T and Chadeeva, M and Polikarpov, S and Popova, E and Rusinov, V and Andreev, V and Azarkin, M and Dremin, I and Kirakosyan, M and Terkulov, A and Belyaev, A and Boos, E and Dubinin, M and Dudko, L and Ershov, A and Gribushin, A and Klyukhin, V and Kodolova, O and Lokhtin, I and Obraztsov, S and Petrushanko, S and Savrin, V and Snigirev, A and Barnyakov, A and Blinov, V and Dimova, T and Kardapoltsev, L and Skovpen, Y and Azhgirey, I and Bayshev, I and Bitioukov, S and Kachanov, V and Kalinin, A and Konstantinov, D and Mandrik, P and Petrov, V and Ryutin, R and Slabospitskii, S and Sobol, A and Troshin, S and Tyurin, N and Uzunian, A and Volkov, A and Babaev, A and Baidali, S and Okhotnikov, V and Adzic, P and Cirkovic, P and Devetak, D and Dordevic, M and Milenovic, P and Milosevic, J and Alcaraz Maestre, J and Ã�lvarez Fernández, A and Bachiller, I and Barrio Luna, M and Brochero Cifuentes, JA and Cerrada, M and Colino, N and De La Cruz, B and Delgado Peris, A and Fernandez Bedoya, C and Fernández Ramos, JP and Flix, J and Fouz, MC and Gonzalez Lopez, O and Goy Lopez, S and Hernandez, JM and Josa, MI and Moran, D and Pérez-Calero Yzquierdo, A and Puerta Pelayo, J and Redondo, I and Romero, L and Sánchez Navas, S and Soares, MS and Triossi, A and Albajar, C and de Trocóniz, JF and Cuevas, J and Erice, C and Fernandez Menendez, J and Folgueras, S and Gonzalez Caballero, I and González Fernández, JR and Palencia Cortezon, E and Rodríguez Bouza, V and Sanchez Cruz, S and Vizan Garcia, JM and Cabrillo, IJ and Calderon, A and Chazin Quero, B and Duarte Campderros, J and Fernandez, M and Fernández Manteca, PJ and García Alonso, A and Garcia-Ferrero, J and Gomez, G and Lopez Virto, A and Marco, J and Martinez Rivero, C and Martinez Ruiz del Arbol, P and Matorras, F and Piedra Gomez, J and Prieels, C and Rodrigo, T and Ruiz-Jimeno, A and Scodellaro, L and Trevisani, N and Vila, I and Vilar Cortabitarte, R and Wickramage, N and Abbaneo, D and Akgun, B and Auffray, E and Auzinger, G and Baillon, P and Ball, AH and Barney, D and Bendavid, J and Bianco, M and Bocci, A and Botta, C and Brondolin, E and Camporesi, T and Cepeda, M and Cerminara, G and Chapon, E and Chen, Y and Cucciati, G and dâ��Enterria, D and Dabrowski, A and Daci, N and Daponte, V and David, A and De Roeck, A and Deelen, N and Dobson, M and Dünser, M and Dupont, N and Elliott-Peisert, A and Fallavollita, F and Fasanella, D and Franzoni, G and Fulcher, J and Funk, W and Gigi, D and Gilbert, A and Gill, K and Glege, F and Gruchala, M and Guilbaud, M and Gulhan, D and Hegeman, J and Heidegger, C and Innocente, V and Innocenti, GM and Jafari, A and Janot, P and Karacheban, O and Kieseler, J and Kornmayer, A and Krammer, M and Lange, C and Lecoq, P and Lourenço, C and Malgeri, L and Mannelli, M and Massironi, A and Meijers, F and Merlin, JA and Mersi, S and Meschi, E and Moortgat, F and Mulders, M and Ngadiuba, J and Nourbakhsh, S and Orfanelli, S and Orsini, L and Pantaleo, F and Pape, L and Perez, E and Peruzzi, M and Petrilli, A and Petrucciani, G and Pfeiffer, A and Pierini, M and Pitters, FM and Rabady, D and Racz, A and Reis, T and Rovere, M and Sakulin, H and Schäfer, C and Schwick, C and Selvaggi, M and Sharma, A and Silva, P and Sphicas, P and Stakia, A and Steggemann, J and Treille, D and Tsirou, A and Vartak, A and Verzetti, M and Zeuner, WD and Caminada, L and Deiters, K and Erdmann, W and Horisberger, R and Ingram, Q and Kaestli, HC and Kotlinski, D and Langenegger, U and Rohe, T and Wiederkehr, SA and Backhaus, M and Bäni, L and Berger, P and Chernyavskaya, N and Dissertori, G and Dittmar, M and DonegÃ, M and Dorfer, C and Gómez Espinosa, TA and Grab, C and Hits, D and Klijnsma, T and Lustermann, W and Manzoni, RA and Marionneau, M and Meinhard, MT and Micheli, F and Musella, P and Nessi-Tedaldi, F and Pauss, F and Perrin, G and Perrozzi, L and Pigazzini, S and Reichmann, M and Reissel, C and Ruini, D and Sanz Becerra, DA and Schönenberger, M and Shchutska, L and Tavolaro, VR and Theofilatos, K and Vesterbacka Olsson, ML and Wallny, R and Zhu, DH and Aarrestad, TK and Amsler, C and Brzhechko, D and Canelli, MF and De Cosa, A and Del Burgo, R and Donato, S and Galloni, C and Hreus, T and Kilminster, B and Leontsinis, S and Neutelings, I and Rauco, G and Robmann, P and Salerno, D and Schweiger, K and Seitz, C and Takahashi, Y and Wertz, S and Zucchetta, A and Doan, TH and Khurana, R and Kuo, CM and Lin, W and Pozdnyakov, A and Yu, SS and Chang, P and Chao, Y and Chen, KF and Chen, PH and Hou, W-S and Liu, YF and Lu, R-S and Paganis, E and Psallidas, A and Steen, A and Asavapibhop, B and Srimanobhas, N and Suwonjandee, N and Bat, A and Boran, F and Cerci, S and Damarseckin, S and Demiroglu, ZS and Dolek, F and Dozen, C and Dumanoglu, I and Gokbulut, G and Guler, Y and Gurpinar, E and Hos, I and Isik, C and Kangal, EE and Kara, O and Kayis Topaksu, A and Kiminsu, U and Oglakci, M and Onengut, G and Ozdemir, K and Ozturk, S and Sunar Cerci, D and Tali, B and Tok, UG and Turkcapar, S and Zorbakir, IS and Zorbilmez, C and Isildak, B and Karapinar, G and Yalvac, M and Zeyrek, M and Atakisi, IO and Gülmez, E and Kaya, M and Kaya, O and Ozkorucuklu, S and Tekten, S and Yetkin, EA and Agaras, MN and Cakir, A and Cankocak, K and Komurcu, Y and Sen, S and Grynyov, B and Levchuk, L and Ball, F and Brooke, JJ and Burns, D and Clement, E and Cussans, D and Davignon, O and Flacher, H and Goldstein, J and Heath, GP and Heath, HF and Kreczko, L and Newbold, DM and Paramesvaran, S and Penning, B and Sakuma, T and Smith, D and Smith, VJ and Taylor, J and Titterton, A and Bell, KW and Belyaev, A and Brew, C and Brown, RM and Cieri, D and Cockerill, DJA and Coughlan, JA and Harder, K and Harper, S and Linacre, J and Manolopoulos, K and Olaiya, E and Petyt, D and Schuh, T and Shepherd-Themistocleous, CH and Thea, A and Tomalin, IR and Williams, T and Womersley, WJ and Bainbridge, R and Bloch, P and Borg, J and Breeze, S and Buchmuller, O and Bundock, A and Colling, D and Dauncey, P and Davies, G and Della Negra, M and Di Maria, R and Everaerts, P and Hall, G and Iles, G and James, T and Komm, M and Laner, C and Lyons, L and Magnan, A-M and Malik, S and Martelli, A and Nash, J and Nikitenko, A and Palladino, V and Pesaresi, M and Raymond, DM and Richards, A and Rose, A and Scott, E and Seez, C and Shtipliyski, A and Singh, G and Stoye, M and Strebler, T and Summers, S and Tapper, A and Uchida, K and Virdee, T and Wardle, N and Winterbottom, D and Wright, J and Zenz, SC and Cole, JE and Hobson, PR and Khan, A and Kyberd, P and Mackay, CK and Morton, A and Reid, ID and Teodorescu, L and Zahid, S and Call, K and Dittmann, J and Hatakeyama, K and Liu, H and Madrid, C and McMaster, B and Pastika, N and Smith, C and Bartek, R and Dominguez, A and Buccilli, A and Cooper, SI and Henderson, C and Rumerio, P and West, C and Arcaro, D and Bose, T and Gastler, D and Girgis, S and Pinna, D and Richardson, C and Rohlf, J and Sulak, L and Zou, D and Benelli, G and Burkle, B and Coubez, X and Cutts, D and Hadley, M and Hakala, J and Heintz, U and Hogan, JM and Kwok, KHM and Laird, E and Landsberg, G and Lee, J and Mao, Z and Narain, M and Sagir, S and Syarif, R and Usai, E and Yu, D and Band, R and Brainerd, C and Breedon, R and Burns, D and Calderon De La Barca Sanchez, M and Chertok, M and Conway, J and Conway, R and Cox, PT and Erbacher, R and Flores, C and Funk, G and Ko, W and Kukral, O and Lander, R and Mulhearn, M and Pellett, D and Pilot, J and Shalhout, S and Shi, M and Stolp, D and Taylor, D and Tos, K and Tripathi, M and Wang, Z and Zhang, F and Bachtis, M and Bravo, C and Cousins, R and Dasgupta, A and Erhan, S and Florent, A and Hauser, J and Ignatenko, M and Mccoll, N and Regnard, S and Saltzberg, D and Schnaible, C and Valuev, V and Bouvier, E and Burt, K and Clare, R and Gary, JW and Ghiasi Shirazi, SMA and Hanson, G and Karapostoli, G and Kennedy, E and Lacroix, F and Long, OR and Olmedo Negrete, M and Paneva, MI and Si, W and Wang, L and Wei, H and Wimpenny, S and Yates, BR and Branson, JG and Chang, P and Cittolin, S and Derdzinski, M and Gerosa, R and Gilbert, D and Hashemi, B and Holzner, A and Klein, D and Kole, G and Krutelyov, V and Letts, J and Masciovecchio, M and May, S and Olivito, D and Padhi, S and Pieri, M and Sharma, V and Tadel, M and Wood, J and Würthwein, F and Yagil, A and Zevi Della Porta, G and Amin, N and Bhandari, R and Campagnari, C and Citron, M and Dutta, V and Franco Sevilla, M and Gouskos, L and Heller, R and Incandela, J and Mei, H and Ovcharova, A and Qu, H and Richman, J and Stuart, D and Suarez, I and Wang, S and Yoo, J and Anderson, D and Bornheim, A and Lawhorn, JM and Lu, N and Newman, HB and Nguyen, TQ and Pata, J and Spiropulu, M and Vlimant, JR and Wilkinson, R and Xie, S and Zhang, Z and Zhu, RY and Andrews, MB and Ferguson, T and Mudholkar, T and Paulini, M and Sun, M and Vorobiev, I and Weinberg, M and Cumalat, JP and Ford, WT and Jensen, F and Johnson, A and MacDonald, E and Mulholland, T and Patel, R and Perloff, A and Stenson, K and Ulmer, KA and Wagner, SR and Alexander, J and Chaves, J and Cheng, Y and Chu, J and Datta, A and Mcdermott, K and Mirman, N and Patterson, JR and Quach, D and Rinkevicius, A and Ryd, A and Skinnari, L and Soffi, L and Tan, SM and Tao, Z and Thom, J and Tucker, J and Wittich, P and Zientek, M and Abdullin, S and Albrow, M and Alyari, M and Apollinari, G and Apresyan, A and Apyan, A and Banerjee, S and Bauerdick, LAT and Beretvas, A and Berryhill, J and Bhat, PC and Burkett, K and Butler, JN and Canepa, A and Cerati, GB and Cheung, HWK and Chlebana, F and Cremonesi, M and Duarte, J and Elvira, VD and Freeman, J and Gecse, Z and Gottschalk, E and Gray, L and Green, D and Grünendahl, S and Gutsche, O and Hanlon, J and Harris, RM and Hasegawa, S and Hirschauer, J and Hu, Z and Jayatilaka, B and Jindariani, S and Johnson, M and Joshi, U and Klima, B and Kortelainen, MJ and Kreis, B and Lammel, S and Lincoln, D and Lipton, R and Liu, M and Liu, T and Lykken, J and Maeshima, K and Marraffino, JM and Mason, D and McBride, P and Merkel, P and Mrenna, S and Nahn, S and Oâ��Dell, V and Pedro, K and Pena, C and Prokofyev, O and Rakness, G and Ravera, F and Reinsvold, A and Ristori, L and Savoy-Navarro, A and Schneider, B and Sexton-Kennedy, E and Soha, A and Spalding, WJ and Spiegel, L and Stoynev, S and Strait, J and Strobbe, N and Taylor, L and Tkaczyk, S and Tran, NV and Uplegger, L and Vaandering, EW and Vernieri, C and Verzocchi, M and Vidal, R and Wang, M and Weber, HA and Acosta, D and Avery, P and Bortignon, P and Bourilkov, D and Brinkerhoff, A and Cadamuro, L and Carnes, A and Curry, D and Field, RD and Gleyzer, SV and Joshi, BM and Konigsberg, J and Korytov, A and Lo, KH and Ma, P and Matchev, K and Menendez, N and Mitselmakher, G and Rosenzweig, D and Shi, K and Sperka, D and Wang, J and Wang, S and Zuo, X and Joshi, YR and Linn, S and Ackert, A and Adams, T and Askew, A and Hagopian, S and Hagopian, V and Johnson, KF and Kolberg, T and Martinez, G and Perry, T and Prosper, H and Saha, A and Schiber, C and Yohay, R and Baarmand, MM and Bhopatkar, V and Colafranceschi, S and Hohlmann, M and Noonan, D and Rahmani, M and Roy, T and Saunders, M and Yumiceva, F and Adams, MR and Apanasevich, L and Berry, D and Betts, RR and Cavanaugh, R and Chen, X and Dittmer, S and Evdokimov, O and Gerber, CE and Hangal, DA and Hofman, DJ and Jung, K and Kamin, J and Mills, C and Tonjes, MB and Varelas, N and Wang, H and Wang, X and Wu, Z and Zhang, J and Alhusseini, M and Bilki, B and Clarida, W and Dilsiz, K and Durgut, S and Gandrajula, RP and Haytmyradov, M and Khristenko, V and Merlo, J-P and Mestvirishvili, A and Moeller, A and Nachtman, J and Ogul, H and Onel, Y and Ozok, F and Penzo, A and Snyder, C and Tiras, E and Wetzel, J and Blumenfeld, B and Cocoros, A and Eminizer, N and Fehling, D and Feng, L and Gritsan, AV and Hung, WT and Maksimovic, P and Roskes, J and Sarica, U and Swartz, M and Xiao, M and Al-bataineh, A and Baringer, P and Bean, A and Boren, S and Bowen, J and Bylinkin, A and Castle, J and Khalil, S and Kropivnitskaya, A and Majumder, D and Mcbrayer, W and Murray, M and Rogan, C and Sanders, S and Schmitz, E and Tapia Takaki, JD and Wang, Q and Duric, S and Ivanov, A and Kaadze, K and Kim, D and Maravin, Y and Mendis, DR and Mitchell, T and Modak, A and Mohammadi, A and Rebassoo, F and Wright, D and Baden, A and Baron, O and Belloni, A and Eno, SC and Feng, Y and Ferraioli, C and Hadley, NJ and Jabeen, S and Jeng, GY and Kellogg, RG and Kunkle, J and Mignerey, AC and Nabili, S and Ricci-Tam, F and Seidel, M and Shin, YH and Skuja, A and Tonwar, SC and Wong, K and Abercrombie, D and Allen, B and Azzolini, V and Baty, A and Bi, R and Brandt, S and Busza, W and Cali, IA and Dâ��Alfonso, M and Demiragli, Z and Gomez Ceballos, G and Goncharov, M and Harris, P and Hsu, D and Hu, M and Iiyama, Y and Klute, M and Kovalskyi, D and Lee, Y-J and Luckey, PD and Maier, B and Marini, AC and Mcginn, C and Mironov, C and Narayanan, S and Niu, X and Paus, C and Rankin, D and Roland, C and Roland, G and Shi, Z and Stephans, GSF and Sumorok, K and Tatar, K and Velicanu, D and Wang, J and Wang, TW and Wyslouch, B and Benvenuti, AC and Chatterjee, RM and Evans, A and Hansen, P and Hiltbrand, J and Jain, S and Kalafut, S and Krohn, M and Kubota, Y and Lesko, Z and Mans, J and Rusack, R and Wadud, MA and Acosta, JG and Oliveros, S and Avdeeva, E and Bloom, K and Claes, DR and Fangmeier, C and Golf, F and Gonzalez Suarez, R and Kamalieddin, R and Kravchenko, I and Monroy, J and Siado, JE and Snow, GR and Stieger, B and Godshalk, A and Harrington, C and Iashvili, I and Kharchilava, A and Mclean, C and Nguyen, D and Parker, A and Rappoccio, S and Roozbahani, B and Alverson, G and Barberis, E and Freer, C and Haddad, Y and Hortiangtham, A and Madigan, G and Morse, DM and Orimoto, T and Tishelman-charny, A and Wamorkar, T and Wang, B and Wisecarver, A and Wood, D and Bhattacharya, S and Bueghly, J and Charaf, O and Gunter, T and Hahn, KA and Odell, N and Schmitt, MH and Sung, K and Trovato, M and Velasco, M and Bucci, R and Dev, N and Goldouzian, R and Hildreth, M and Hurtado Anampa, K and Jessop, C and Karmgard, DJ and Lannon, K and Li, W and Loukas, N and Marinelli, N and Meng, F and Mueller, C and Musienko, Y and Planer, M and Ruchti, R and Siddireddy, P and Smith, G and Taroni, S and Wayne, M and Wightman, A and Wolf, M and Woodard, A and Alimena, J and Antonelli, L and Bylsma, B and Durkin, LS and Flowers, S and Francis, B and Hill, C and Ji, W and Ling, TY and Luo, W and Winer, BL and Cooperstein, S and Elmer, P and Hardenbrook, J and Haubrich, N and Higginbotham, S and Kalogeropoulos, A and Kwan, S and Lange, D and Lucchini, MT and Luo, J and Marlow, D and Mei, K and Ojalvo, I and Olsen, J and Palmer, C and Piroué, P and Salfeld-Nebgen, J and Stickland, D and Tully, C and Malik, S and Norberg, S and Barker, A and Barnes, VE and Das, S and Gutay, L and Jones, M and Jung, AW and Khatiwada, A and Mahakud, B and Miller, DH and Neumeister, N and Peng, CC and Piperov, S and Qiu, H and Schulte, JF and Sun, J and Wang, F and Xiao, R and Xie, W and Cheng, T and Dolen, J and Parashar, N and Chen, Z and Ecklund, KM and Freed, S and Geurts, FJM and Kilpatrick, M and Kumar, A and Li, W and Padley, BP and Redjimi, R and Roberts, J and Rorie, J and Shi, W and Tu, Z and Zhang, A and Bodek, A and de Barbaro, P and Demina, R and Duh, Y and Dulemba, JL and Fallon, C and Ferbel, T and Galanti, M and Garcia-Bellido, A and Han, J and Hindrichs, O and Khukhunaishvili, A and Ranken, E and Tan, P and Taus, R and Chiarito, B and Chou, JP and Gershtein, Y and Halkiadakis, E and Hart, A and Heindl, M and Hughes, E and Kaplan, S and Kunnawalkam Elayavalli, R and Kyriacou, S and Laflotte, I and Lath, A and Montalvo, R and Nash, K and Osherson, M and Saka, H and Salur, S and Schnetzer, S and Sheffield, D and Somalwar, S and Stone, R and Thomas, S and Thomassen, P and Acharya, H and Delannoy, AG and Heideman, J and Riley, G and Spanier, S and Bouhali, O and Celik, A and Dalchenko, M and De Mattia, M and Delgado, A and Dildick, S and Eusebi, R and Gilmore, J and Huang, T and Kamon, T and Luo, S and Marley, D and Mueller, R and Overton, D and Perniè, L and Rathjens, D and Safonov, A and Akchurin, N and Damgov, J and De Guio, F and Dudero, PR and Kunori, S and Lamichhane, K and Lee, SW and Mengke, T and Muthumuni, S and Peltola, T and Undleeb, S and Volobouev, I and Wang, Z and Whitbeck, A and Greene, S and Gurrola, A and Janjam, R and Johns, W and Maguire, C and Melo, A and Ni, H and Padeken, K and Romeo, F and Sheldon, P and Tuo, S and Velkovska, J and Verweij, M and Xu, Q and Arenton, MW and Barria, P and Cox, B and Hirosky, R and Joyce, M and Ledovskoy, A and Li, H and Neu, C and Sinthuprasith, T and Wang, Y and Wolfe, E and Xia, F and Harr, R and Karchin, PE and Poudyal, N and Sturdy, J and Thapa, P and Zaleski, S and Buchanan, J and Caillol, C and Carlsmith, D and Dasu, S and De Bruyn, I and Dodd, L and Gomber, B and Grothe, M and Herndon, M and Hervé, A and Hussain, U and Klabbers, P and Lanaro, A and Long, K and Loveless, R and Ruggles, T and Savin, A and Sharma, V and Smith, N and Smith, WH and Woods, N and The CMS collaboration, CMS (2019) Inclusive search for supersymmetry in pp collisions at â��s=13 TeV using razor variables and boosted object identification in zero and one lepton final states. In: Journal of High Energy Physics, 2019 (3).

Thejaswini, MN and Chandan, V and Kasthurirengan, S and Vasudevan, K (2018) Numerical simulation of a two-stage pulse tube refrigerator based on adiabatic model. In: Heat Transfer - Asian Research, 47 (5). pp. 705-717.

Verma, R and Nagendra, HN and Vivek, GA and Kasthurirengan, S and Shivaprakash, NC and Behera, U (2020) Studies on activated carbons towards the performance improvement of cryosorption pump. In: Cryogenics, 108 .

Verma, Ravi and Chatterjee, Aritra and Mustafa, Azlaan and Shivaprakash, N C and Kasthurirengan, S and Behera, Upendra (2017) Analytical heat conduction model of a composite material based on complete spatial randomness of filler in base matrix. In: INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 118 . pp. 292-302.

Verma, Ravi and Chatterjee, Aritra and Mustafa, Azlaan and Shivaprakash, N C and Kasthurirengan, S and Behera, Upendra (2017) Analytical heat conduction model of a composite material based on complete spatial randomness of filler in base matrix. In: INTERNATIONAL JOURNAL OF THERMAL SCIENCES, 118 . pp. 292-302.

Verma, Ravi and Nagendra, H N and Kumar, V B Mahesh and Vivek, G A and Kasthurirengan, Srinivasan and Shivaprakash, N C and Behera, Upendra (2019) Performance improvement of cryosorption pump by enhancing thermal conductivity of epoxy-aluminum composite. In: COMPOSITES PART B-ENGINEERING, 176 (1).