991548 钙化合物对太平洋牙鳕和狭鳕两种鱼糜凝胶功能性的改进=Calcium compo-unds to improve gel functionality of Pacificwhiting and Alaska pollock surimi[刊,英]/Lee N//J.Food Sci..—1998,63 (6).—969～974研究了钙化合物在...991548 钙化合物对太平洋牙鳕和狭鳕两种鱼糜凝胶功能性的改进=Calcium compo-unds to improve gel functionality of Pacificwhiting and Alaska pollock surimi[刊,英]/Lee N//J.Food Sci..—1998,63 (6).—969～974研究了钙化合物在三种加热处理鱼糜工艺中对其凝胶性能的影响。同时运用 SDS-PAGE 检测胶联物的形成。钙在不同介质中溶解度差异较大,25℃条件下,0.展开更多
One of the major safety issues in coal mining is heatings and the resultant spontaneous combustion in underground coal mines. CSIRO researchers have developed a number of polymer gels suitable for controlling beatings...One of the major safety issues in coal mining is heatings and the resultant spontaneous combustion in underground coal mines. CSIRO researchers have developed a number of polymer gels suitable for controlling beatings in coal mines. These gels were developed to meet strict selection criteria including easy preparation, no or low toxicity, controllable gelation time, adaptable to mine water chemistry, adjustable viscosity, relatively long gel life, thermally and chemically stable and low cost. The HPAM-Aluminum Citrate gel system was identified to be the most favourable gel system for fire suppression in under- ground coal mines. These gels can be applied to the areas undergoing coal heating or gas leakage at a controllable gelation time and impermeable gel barriers can be formed in the areas to block ingress of air.展开更多
文摘991548 钙化合物对太平洋牙鳕和狭鳕两种鱼糜凝胶功能性的改进=Calcium compo-unds to improve gel functionality of Pacificwhiting and Alaska pollock surimi[刊,英]/Lee N//J.Food Sci..—1998,63 (6).—969～974研究了钙化合物在三种加热处理鱼糜工艺中对其凝胶性能的影响。同时运用 SDS-PAGE 检测胶联物的形成。钙在不同介质中溶解度差异较大,25℃条件下,0.
文摘One of the major safety issues in coal mining is heatings and the resultant spontaneous combustion in underground coal mines. CSIRO researchers have developed a number of polymer gels suitable for controlling beatings in coal mines. These gels were developed to meet strict selection criteria including easy preparation, no or low toxicity, controllable gelation time, adaptable to mine water chemistry, adjustable viscosity, relatively long gel life, thermally and chemically stable and low cost. The HPAM-Aluminum Citrate gel system was identified to be the most favourable gel system for fire suppression in under- ground coal mines. These gels can be applied to the areas undergoing coal heating or gas leakage at a controllable gelation time and impermeable gel barriers can be formed in the areas to block ingress of air.
