D. Gupta

发表

DEVELOPMENT OF SAFEGUARDS PROCEDURES AND SIMULATION OF FISSILE MATERIAL FLOW FOR AN ALKEM TYPE PLANT FABRICATING PLUTONIUM FUEL ELEMENTS FOR FAST BREEDER REACTORS.

E. Drosselmeyer, D. Gupta, A. Hagen, 1971 .

THE QUALITATIVE SAFEGUARD MEASURES IN THE SPHERE OF CONTROL OF FISSIONABLE MATERIAL.

D. Gupta, A. Hagen, D. Nentwich, 1970 .

SATCOM-On-The-Move (SOTM) using superconductor microelectronics - a quantum leap in performance

D. Gupta, W. Littlefield, J. Rosa, 2004, 2004 IEEE/Sarnoff Symposium on Advances in Wired and Wireless Communications.

DEVELOPMENT OF SAFEGUARDS PROCEDURES FOR HEAVY WATER MODERATED, COOLED AND REFLECTED PRESSURIZED WATER TYPE REACTORS.

D. Gupta, W. Haefele, 1970 .

EFFECTIVE APPLICATION OF SAFEGUARDS MANPOWER AND OTHER TECHNIQUES IN NUCLEAR FUEL CYCLES.

D. Gupta, R. Avenhaus, 1970 .

SAFEGUARDS STATEMENTS BASED ON RELEVANT COMPONENTS OF MATERIAL UNACCOUNTED FOR (MUF).

D. Gupta, R. Avenhaus, H. Singh, 1971 .

FUEL COSTS AND FUEL REQUIREMENTS FOR A 1000 MWe Na-COOLED FAST BREEDER. INVESTIGATION BY VARIATION OF IMPORTANT REACTOR PARAMETERS.

D. Gupta, W. Haefele, G. Heusener, 1967 .

COMPARISON BETWEEN ACTUAL AND PRESENT-WORTH METHODS OF FUEL CYCLE COSTING FOR FAST BREEDERS.

P. Jansen, D. Gupta, R. Kraemer, 1968 .

Serially Biased Components for Digital-RF Receiver

V.K. Semenov, S. Sarwana, D. Gupta, 2009, IEEE Transactions on Applied Superconductivity.

EXPECTED FUEL FABRICATION COSTS IN AN EXPANDING NUCLEAR ECONOMY.

D. Gupta, K.-. Fischer, M. Stephany, 1968 .

Safeguarding fissile material flow at strategic points in power reactors

D. Gupta, W. Haefele, W. Keller, 1969 .

ERGAENZENDES MATERIAL ZUM BERICHT ''KERNBRENNSTOFFBEDARF UND KOSTEN VERSCHIEDENER REAKTORTYPEN IN DEUTSCHLAND'' (KFK 366). (Supplementary Material to the Report ''Nuclear Fuel Requirements and Costs of Various Reactor Types in Germany'' (KFK 366)).

D. Gupta, H. Gruemm, W. Haefele, 1966 .

Safeguards measures and efforts in conceptual fabrication plants for uranium and plutonium containing fuel elements

K. Richter, D. Gupta, W. Gmelin, 1969 .

ON MODERN SAFEGUARD IN THE FIELD OF PEACEFUL APPLICATION OF NUCLEAR ENERGY. I. BASIC CONSIDERATIONS. II. PREPARATIONAL CONSIDERATIONS FOR A SYSTEM ANALYSIS.

D. Gupta, W. Haefele, W. Gmelin, 1968 .

Low-Power High-Speed Hybrid Temperature Heterogeneous Technology Digital Data Link

S. Sarwana, D. Gupta, A. Inamdar, 2013, IEEE Transactions on Applied Superconductivity.

Progress in the Development of Cryocooled Digital Channelizing RF Receivers

D. Gupta, I.V. Vernik, D.E. Kirichenko, 2009, IEEE Transactions on Applied Superconductivity.

APPLICATION OF CRITERIA IN A SAFEGUARDS SYSTEM.

D. Gupta, R. Avenhaus, R. Kraemer, 1971 .

FISSILE MATERIAL CONTROL IN KARLSRUHE.

D. Gupta, 1970 .

Expected measurement accuracies and limits of error in a fabrication plant for high enriched uranium

D. Gupta, R. Kraemer, F. Schinzer, 1973 .

PLUTONIUM SUPPLY OF THE GERMAN FAST BREEDER PROTOTYPE REACTORS

D. Gupta, J. Seetzen, P. Jansen, 1966 .

R+D-Work on Safeguarding the Input to a Fuel Reprocessing Plant (Accountability Tank)

D. Gupta, D. Nentwich, H. E. Otto, 1972 .

SAFEGUARDS SYSTEM STUDIES AND FUEL CYCLE ANALYSIS.

H. Winter, D. Gupta, W. Haefele, 1968 .

PRINCIPLES OF AN INSTRUMENTED SYSTEM FOR SAFEGUARDING FISSILE MATERIAL FLOW IN THE PEACEFUL SECTOR OF NUCLEAR ENERGY.

D. Gupta, W. Haefele, 1968 .

TRANSPORTATION OF IRRADIATED FUEL ELEMENTS FROM FAST BREEDER REACTORS.

D. Gupta, A. Hagen, W. Schmidt, 1969 .

Superconducting digital-RF receiver with high-speed data recording capability

S. Sarwana, D. Gupta, A. F. Kirichenko, 2013, 2013 IEEE 14th International Superconductive Electronics Conference (ISEC).