A. Heat capacity
B. Specific heat capacity
C. Thermal conductivity
D. Water equivalent
A. Aluminium
B. Boron
C. Carbon
D. Nitrogen
A. Venting off (after burning) the excess inflammable/toxic gases at high pressure
B. Absorbing the pollutant gases from the furnace exhaust
C. Cooling of furnace exhaust gases
D. None of these
A. T
B. 1/T
C. T2
D. 1/T2
A. Freeze drying
B. Solar evaporation
C. Electrolytic
D. None of these
A. Dislocation climb
B. Cross-slip
C. Twinning
D. Recrystallisation
A. 9.5 : 1
B. 12.5 : 1
C. 15.5 : 1
D. 18.5 : 1
A. Cresylic acid
B. Xanthaies
C. e oil
D. All A, B. & C.
A. Low impact strength
B. High flexibility
C. Better finish and surface appearance
D. High plastic deformation
A. Low temperature of
B. High temperature of
C. High % of CO in
D. High % of CO2 in