胶状物质的英文

• colloidal substance
• gelatinoid
• gummosity
• gummy material

• 胶状    colloid; colloidal
• 物质    matter; substance; material
• 胶状物质；胶状的    gelatinoid
• 凝胶状物质    gelatinous matter
• 橡胶状物质    rubber-like substance
• 胶状物    gum forming compounds; jelly
• 精液胶状物    gelationus material of semen
• 发动机工作中形成的胶状物质    engine gum; enginegum
• 玻璃状物质    glassy mass; glassymass; vitrics
• 粗晶状物质    coarse crystalline material; coarse-crystalline material; coarse-crystallinematerial
• 点状物质    dotted substance; punctate substance
• 粉末状物质    powdery substance
• 粉状物质    flour; powdered substance
• 海绵状物质    spongy material
• 糊状物质    pasty mass
• 环状物质    annular material
• 黄土状物质    loess-like material
• 酱[胶]状物质    jellylike mass
• 胶凝状物质    gelatinous substance
• 块状物质    cake mass
• 粒状物质    granular material
• 沥青状物质    bituminous substances
• 泥土状物质    earthy iron oxide
• 泥状物质    gunk
• 树脂状物质    resinoid; resinous matter; resinous substances

• Removal of suspended and or colloidal matters
  或胶状物质
• Cytoplasm - it is the jelly - like substance ( mainly water and proteins ) enclosed by cell membrane
  [细胞质:它是冻胶状物质(主要包含水份和蛋白质) ,由细胞膜包围
• Possessing neither blood nor brain , jellyfish are primarily filled with a jelly - like substance loaded with nerve cells that help them navigate the seas
  水母既没有血液也没有大脑，主要由满是胶状物质的神经细胞来协助它在海中的航行。
• The product has strong adsorption , decolouring and decontamination , it can absorb various of oil pigment , stink , mucilage gelatinoid , so it can be widely used in oil chemistry , medicine , grease , etc
  该产品吸附脱色净化能力强，能大量吸收各种油类色素臭味粘液胶状物质，可广泛用于石油化工医药油脂等。
• The product has strong adsorption , decolouring and decontamination , it can absorb various of oil pigment , stink , mucilage gelatinoid , so it can be widely used in oil chemistry , medicine , grease , etc
  该产品吸附、脱色、净化能力强，能大量吸收各种油类色素、臭味、粘液胶状物质，可广泛用于石油化工、医药、油脂等。
• As for the change of reaction temperature , a good appearance of microspheres will be observed . after heat treatment we obtain the mesoporous sio2 microspheres , the morphology , size and size distribution of microspheres before and after sintering were investigated by using the scanning electron microscopy ( sem ) . the desorption of water and ethanol and decompostion of polymers in microspheres were analyzed by using tg - dsc machine
  当r 1时将导致微球产生破裂，而r 4时则生成凝胶状物质；其他条件不变时，微球形貌随ph值的增大逐渐变差，最终破裂；乙醇含量增大时，微球粒径逐渐增大；而随着反应时间的进行，颗粒逐渐长大，微球形貌不断完善，表面逐渐平滑；反应温度的变化会得到更光滑的微球表面，微球粒径随之增大。