S. Winter

发表

EXPERIMENTAL AND ANALYTICAL INVESTIGATION OF BUILDING ENERGY HEATING REQUIREMENTS AND TEMPERATURES FOR A MATCHED PAIR OF EXPERIMENTAL STRUCTURES WITH DIFFERENT WALL INSULATIONS.

Ashley F. Emery, C. J. Kippenhan, S. Winter, 1985 .

Design, realization and uncertainty analysis of a laser-based primary calibration facility for solar cells at PTB

S. Winter, F. Witt, T. Fey, 2014 .

Rationale for setting priorities for new energy technology research and development

S. Winter, W. J. Ramsey, G. Werth, 1974 .

Recent Advances in Synthetic Calibrations of Multi Junction Solar Cells and their Corresponding Component Cells

S. Winter, F. Witt, I. Kröger, 2017 .

The EMRP project Metrology for III–V materials based high efficiency multi-junction solar cells

F. Sametoglu, S. Winter, F. Kienberger, 2014, 29th Conference on Precision Electromagnetic Measurements (CPEM 2014).

Precise Measurement of Solar Cell Performance in Production

Wilhelm Warta, S. Winter, Jochen Hohl-Ebinger, 2009 .

MAGNETOHYDRODYNAMICS IN FRANCE: PRESENT SITUATION AND FUTURE PROSPECTS.

S. Winter, M. Magnien, 1969 .

Performance of Hollow Load Process Challenge Devices (HLPCDs) for the determination of air removal and steam penetration in porous load steam sterilization processes: Part 1 – The evolution of HLPCDs in standards and a review of the currentsupporting published evidence

Andrew Smith, S. Winter, B. Kirk, 2016 .

Possible contributions of new technologies to energy supply of the U. S. in the 1980's

S. Winter, G. Werth, B. Rubin, 1973 .

Comprehensive Analysis of a Pulsed Solar Simulator to Determine Measurement Uncertainty Components

S. Winter, S. Winter, F. Witt, 2014 .

Performance of Hollow Load Process Challenge Devices (HLPCDs) for the determination of air removal and steam penetration in porous load steam sterilization processes: Part 2 - An evaluation of a number commercially produced HLPCDs

Andrew Smith, S. Winter, B. Kirk, 2016 .