The surface temperature of the three-channel, gallium cooled Cornell silicon crystal was evaluated for the given system configuration and specifications. The THTB thermal-hydraulic program is used for the numerical solution of the problem, and the results are to be compared with the radiometric measurements obtained at Cornell
We present a novel method for determining the temperature budget of the process side of silicon subs...
This note summarizes the results of the single crystal monochromator high-heat-load tests performed ...
The results of the latest high-heat-load studies made on the APS/CHESS prototype undulator are summa...
An analytical solution for the temperature distribution in freely radiating crystals has been develo...
The main thrust of the present study has been to (a) explore the thermal analysis potentials of the ...
Numerical analyses are conducted to investigate the combined heat transfer in ßoating zone growth of...
Results of measurements made using the Multipole Wiggler at Beamline 16 of Photon Factory are report...
Perfect single crystals of silicon are used to monochromate the high-intensity X-ray beams in the Ad...
By using the theoretical model proposed by Mandelis et al. and a numerical simulations. We have anal...
Optimization of crystal surface temperature distribution is performed for the control of point defec...
The main properties of liquid crystals are briefly reviewed and their applications to surface temper...
The mechanical dissipation (Q) and resonant frequency of a 15 kg silicon crystal were measured at cr...
This paper reports on the measurement of the thermal coefficient of Young's modulus of both single c...
This research activity investigates the temperature-frequency relationship of quartz crystal microba...
The objective of the thesis was to study the radiative properties of silicon related materials for a...
We present a novel method for determining the temperature budget of the process side of silicon subs...
This note summarizes the results of the single crystal monochromator high-heat-load tests performed ...
The results of the latest high-heat-load studies made on the APS/CHESS prototype undulator are summa...
An analytical solution for the temperature distribution in freely radiating crystals has been develo...
The main thrust of the present study has been to (a) explore the thermal analysis potentials of the ...
Numerical analyses are conducted to investigate the combined heat transfer in ßoating zone growth of...
Results of measurements made using the Multipole Wiggler at Beamline 16 of Photon Factory are report...
Perfect single crystals of silicon are used to monochromate the high-intensity X-ray beams in the Ad...
By using the theoretical model proposed by Mandelis et al. and a numerical simulations. We have anal...
Optimization of crystal surface temperature distribution is performed for the control of point defec...
The main properties of liquid crystals are briefly reviewed and their applications to surface temper...
The mechanical dissipation (Q) and resonant frequency of a 15 kg silicon crystal were measured at cr...
This paper reports on the measurement of the thermal coefficient of Young's modulus of both single c...
This research activity investigates the temperature-frequency relationship of quartz crystal microba...
The objective of the thesis was to study the radiative properties of silicon related materials for a...
We present a novel method for determining the temperature budget of the process side of silicon subs...
This note summarizes the results of the single crystal monochromator high-heat-load tests performed ...
The results of the latest high-heat-load studies made on the APS/CHESS prototype undulator are summa...
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