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Page 36
... vacuum and in high purity gaseous environments is given , and the design and performance of an ultra - high - vacuum , high - tem- perature furnace system are described . Bare - wire W - 3 percent Re and W - 25 percent Re thermoelements ...
... vacuum and in high purity gaseous environments is given , and the design and performance of an ultra - high - vacuum , high - tem- perature furnace system are described . Bare - wire W - 3 percent Re and W - 25 percent Re thermoelements ...
Page 62
... vacuum ; weightlessness . This volume contains all of the papers presented at the Fifth Space Simulation Conference held at the National Bureau of Standards September 14-16 , 1970 , that were available for publi- cation . The general ...
... vacuum ; weightlessness . This volume contains all of the papers presented at the Fifth Space Simulation Conference held at the National Bureau of Standards September 14-16 , 1970 , that were available for publi- cation . The general ...
Page 64
... vacuum gauge calibration by the reference transfer method , L. D. Blado and R. H. Lilienkamp , SP336 , pp . 141- 150 ( Oct. 1970 ) . Key words : Reference transfer method ; vacuum gauge calibration . Application of the Reference ...
... vacuum gauge calibration by the reference transfer method , L. D. Blado and R. H. Lilienkamp , SP336 , pp . 141- 150 ( Oct. 1970 ) . Key words : Reference transfer method ; vacuum gauge calibration . Application of the Reference ...
Page 65
... vacuum , and to a simulated Martian atmosphere , L. R. Green- wood and R. M. Fleming , SP336 , pp . 197-208 ( Oct. 1970 ) . Key words : Ablation material ; thermal conductivity ; vacuum effect . An experimental program has been ...
... vacuum , and to a simulated Martian atmosphere , L. R. Green- wood and R. M. Fleming , SP336 , pp . 197-208 ( Oct. 1970 ) . Key words : Ablation material ; thermal conductivity ; vacuum effect . An experimental program has been ...
Page 66
... vacuum by 1.5 MeV - protons and by 0.35- , 0.6- , 2.0 MeV - electrons : a ) dose rate effects ; b ) effects of interruptions during irradia- tion ( samples being kept in vacuum ) ; c ) recovery during post - irradiation exposures to air ...
... vacuum by 1.5 MeV - protons and by 0.35- , 0.6- , 2.0 MeV - electrons : a ) dose rate effects ; b ) effects of interruptions during irradia- tion ( samples being kept in vacuum ) ; c ) recovery during post - irradiation exposures to air ...
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