sorbed

英 [sɔːb]

美

vt. 吸附；吸收
n. 山梨（树）

双语例句

• Site energy distribution analysis for effect of sorbed nonylphenol on sorption of phenanthrene
  吸附态壬基酚对菲吸附的影响及位点能量分布分析
• The majority of newly sorbed P in the soils was Pox, but also more newly retained P was found to be not extractable by oxalate.
  土壤中大多数新近吸附的磷是Pox，但是还有很多新近吸持的磷不能被草酸提取出来。
• Desorption process plays an important role in controlling the bioavailability and eco-risk of the sorbed HOCs.
  土壤中吸附态有机污染物的解吸行为对于其生物可利用性和生态风险有着十分重要的作用。
• Compared the annual up-take of elements by bracken with nutrient budget in soil, the efficiency of elements ab-sorbed from soil varied from 0.012 for nitrogen to 1.36 for iron.
  蕨菜对各类元素的利用系数以钙（1.39）最高。植物的吸收量与土壤营养库相比，吸收系数最低的是氮0.012，最高为铁1.36。
• The majority of PAHs with serious carcinogen are mainly sorbed on particles, which can be deposited in the respiratory tract, hence, increasing the potential health effects.
  大多数强致癌的PAHs为能吸附在微小颗粒物上的大分子多环芳烃，并通过人的呼吸道进入人体，在呼吸气管上沉积，危害人类健康。
• The results showed the saturated sorbed amount of CO 2 in PMMA decreased with the rise in temperature, and increased with the increase of pressure.
  实验表明，PMMA中的CO2饱和吸附量随着温度的升高而降低，随着压力的增大而升高；
• Uranium has been redistributed by biological processes as well as in the sedimentary cycle. Effect of Rhamnolipid Biosurfactant on the Desorption and Biodegration of Sorbed Phenanthrene in Marine Sediment
  由于生物作用，以及沉积旋回，铀发生重新分布。生物表面活性剂对沉积物中菲的解吸附和生物降解作用的影响
• Effect of Rhamnolipid Biosurfactant on the Desorption and Biodegration of Sorbed Phenanthrene in Marine Sediment Numerical prediction of settlement and biodegradation effect on porosity within landfill
  生物表面活性剂对沉积物中菲的解吸附和生物降解作用的影响考虑填埋场沉降和生物降解作用下的孔隙度仿真预测研究
• Ultrasonic vibration technology was used to extract loosely sorbed phosphorus fraction in the sediments from Guanting Reservoir.
  用超声技术提取沉积物样品中松散结合态磷，并与振荡提取结果进行比较。
• In every case, a fraction of aldicarb was adsorbed irreversibly and over 70% of the adsorbed mass resided in the irreversibly sorbed compartment in the situation of low initial concentration. But in higher initial concentration the irreversibly sorbed compartment could be filled in one sorption step.
  在较低浓度下，每次吸附约有超过70%的农药进入不可逆吸附室，但在较大浓度下，不可逆吸附室可在一步吸附过程中达饱和。