A Suharno, DP Pfefferle, CF Govekar… - US Patent …, 2011 - Google Patents ... systems and, more specifically, to a high precision refrigerant charging system using a constant volume tank. BACKGROUND ART lo Most refrigeration systems are not 100% free of leaks. Thus, the amount (or mass) of refrigerant within the refrig- eration system decreases over ... Related articles - All 4 versions
K Yamasaki, K Sakata… - US Patent 7,914,677, 2011 - Google Patents ...tank is reserved. 20 According to the embodiment, the micro-nano bubble gen- eration aid reserved in the micro-nano bubble generation aid tank is added to the micro-nano bubble generation tank. Therefore, the micro-nano ... Related articles - All 4 versions
M Konishi… - US Patent 7,947,859, 2011 - Google Patents ... the active site of a ruthenium catalyst when the ruthenium catalyst is used for a long period of time, in particular, a method capable of suppressing the decrease in the activity and cycloolefin selec- tivity after the catalyst is subj ected to a known catalyst regen- lo eration treatment. ... Related articles - All 4 versions
Y Aikawa - US Patent 7,891,211, 2011 - Google Patents ... 1, the refrig- 25 eration cycle apparatus 100 is constructed with a cycle in which a usual compressor 110, a condenser 120 (radiator), a liquid receiver tank 130, a temperature type expansion valve 140 (thermal expansion valve), and an evaporator 150 are connected in series ... Related articles - All 3 versions
BF Chen… - Journal of Marine Science and Technology, 2011 - Springer Page 1. ORIGINAL ARTICLE Effects of excitation angle and coupled heave–surge–sway motion on fluid sloshing in a three-dimensional tank Bang-Fuh Chen • Chih-Hua Wu ... Keywords Finite difference method Á Sloshing fluids Á 3D tank 1 Introduction ... Related articles - All 4 versions
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