calcium light

英 [ˈkælsiəm laɪt]

美 [ˈkælsiəm laɪt]

网络  磷钙救生浮灯

英英释义

noun

• a lamp consisting of a flame directed at a cylinder of lime with a lens to concentrate the light
  Synonym:limelight

双语例句

• The incandescent calcium light invented by Thomas Drummond in 1816 was first employed in a theatre in 1837 and was widely used by the 1860s.
  1816年杜伦孟德发明了钙光灯，1837年首次用于剧场，到19世纪60年代就被广泛采用。
• Comparative Studies on the Behavior of Filled Polyolefin with Weight Calcium and Light Calcium
  重钙与轻钙填充聚烯烃性能的比较研究
• Determination of fineness of the experiment, found a heavy calcium light calcium content on the fineness of emulsion: Heavy Calcium more fineness worse;
  在细度的测定实验中，发现了重钙、轻钙的用量对乳胶漆的细度的影响：重钙越多，细度越差；
• Objective: To observe the difference of three dosage form calcium hydroxide pulp cap: light solidifying, chemical solidifying, non solidifying, and their effect to light solidifying resin.
  目的：观察光固化、化学固化、不固化三型氢氧化钙盖髓剂的作用差异以及对光固化复合树脂固位的影响。
• PKG may also decrease the sensitivity of myosin to calcium by stimulating the activity of myosin light chain phosphatase and by inhibiting Rho kinase activity.
  PKG还可通过活化肌球蛋白轻链磷酸酶及抑制Rho激酶降低肌球蛋白对Ca2+敏感性。
• Its main products include calcium carbonate superfine powder, light& heavy calcium and modify.
  公司主要产品有纳米活性碳酸钙、超细微有机碳酸钙、轻钙、重钙等。
• The lasting time of allergic action has obvious difference in four groups, from short to long it is non solidifying group, chemical solidifying group, light solidifying calcium hydroxide group and direct light solidifying group in file.
  过敏症状持续时间4组间有显著性差异，从短到长依次为不固化组、化学固化组、光固化氢氧化钙组、光固化树脂直接充填组。
• In physiological solution and low calcium solution, the percent of the protein on light adaptation was higher than that on dark adaptation, but in low calcium solution, the percent of the protein on light and dark adaptation was no significantly different;
  在生理溶液和低钙溶液中，该蛋白含量光适应组大于暗适应组，但低钙溶液的光适应组与暗适应组无显著差异；
• The comparative study of three dosage form calcium hydroxide and light solidifying resin for repairing deep V cavity
  三种剂型氢氧化钙与光敏固化树脂修复深V类洞对比
• Past studies have found that the calcium carbonate exoskeletons of corals that make up reefs fluoresce under ultraviolet light, suggesting that they absorb UV rays.
  过去的研究发现，构成珊瑚礁的碳酸钙质珊瑚外骨骼在紫外线的照射下会发出荧光，这表明这些外骨骼吸收紫外线。