过磷酸盐

基本解释 (translations)

superphosphate

与过磷酸盐相关的网络例句 [注：此内容来源于网络，仅供参考]

Then,the tradition manner of crystallization was evaporating and crystalline,but this paper made the other method . The salt-mixture solution of the disodium hydrogen phosphate and the monometallic odium orthophosphate was put in ethanol.

传统的结晶方法是通过加热蒸发结晶，而本文则采用了一种新的结晶方法，在精调后的正磷酸盐混合溶液中加入乙醇，由于正磷酸盐不溶于乙醇，就会使正磷酸盐溶液达到过饱和，再通过搅拌，析出晶体。

Phosphate. It is essential glutamic acid fermentation process, but the concentration can not be too high, otherwise they will be to valine fermentation.

磷酸盐。它是谷氨酸发酵过程中必需的，但浓度不能过高，否则会转向缬氨酸发酵。

The research leads to following conclusions: A The age of the ferromanganese contacting with the upper phosphate layer is 14.9 Ma; B The crust had been grown continually without sedimentation interruption since 14.9 Ma, suggesting that it can be used to rebuild the environment of palaeo-ocean and palaeo-climate from 14.9 Ma to 0 Ma; C The sedimentation interruption between the ferromanganese and the upper phosphate layer lasted around 4 Ma; D Between 19 Ma and 22.7 Ma, great phosphatization event happened in this area, which might cause the sedimentation interruption from 22.7 Ma to 14.9 Ma; E The ferromanganese crust began to grow from 75 Ma.

对超微量Sr同位素测试得到的富钴结壳磷酸盐年龄进行分析认为：(1)上部富钴结壳与上层白色磷酸盐化层接触部位的年龄为14.9 Ma；(2)自14.9 Ma以来，结壳的生长是连续的，沉积间断发生的可能性非常小，该样品可以用来进行14.9 Ma年以来古海洋、全球变化的重建工作；(3)上层白色磷酸盐化层与其上部的富钴结壳之间存在4 Ma的沉积间断；(4)19 Ma~22.7 Ma左右在该区发生过大规模的磷酸盐化作用，磷酸盐化作用可能造成磷酸盐化时期(19 Ma~22.7 Ma)和之后4 Ma(19 Ma~14.9 Ma)富钴结壳的沉积间断；(5)结壳的初始生长年龄在75 Ma左右；(6)老结壳的生长速度要远低于新结壳的生长速度。

Try to avoid using a superphosphate-based P-source, as superphosphate dispenses phosphate slower than seedlings require.

尽量避免使用过磷酸盐，因为过磷酸盐释放磷的速度滞后于种子生长的需要。

Nitrogen fertilisers and superphosphate are not allowed, potassium chloride is allowed only by JAS

允许使用氮肥料和过磷酸盐， JAS只允许钾氯化物

Comparing the results of three kinds of pretreatments (hydrochloric acid,ultrasonic fragmentation and frigorific fragmentation treatment),it is found that polyphosphate was not dissociated in cells of M.aeruginosa but associated with bioactivity components of the cells.

对用不同处理方式处理过的铜绿微囊藻藻液进行过滤显色和直接显色测定，结果表明聚磷酸盐在铜绿微囊藻体内不是游离存在，而很可能是与细胞内某一活性部分结合。

Comparing the results of three kinds of pre-treatments (hydrochloric acid, ultrasonic fragmentation and frigorific fragmentation treatment), it is found that polyphosphate was not dissociated in cells of M. aeruginosa but associated with bioactivity components of the cells.

对用不同处理方式处理过的铜绿微囊藻藻液进行过滤显色和直接显色测定，结果表明聚磷酸盐在铜绿微囊藻体内不是游离存在，而很可能是与细胞内某一活性部分结合。

The experimental results revealed that papain, calcium chloride, compound phosphate, and glucide keeping humidity reagents intensify the tenderness of pork jerky, but the addition should be proper. The best proportion was papain0.4‰, compound phosphate 0.4%, calcium chloride 0.1%, and sorbitol 1.5%.

实验结果表明：木瓜蛋白酶、复合多聚磷酸盐、氯化钙和糖类保湿剂都可增加肉脯的嫩度，但用量应适当，添加量过大，反而使肉脯的感官品质变差；肉脯嫩化的最佳配比为木瓜蛋白酶0.4‰、复合多聚磷酸盐0.4%、氯化钙0.1%、山梨糖醇1.5%。

与过磷酸盐相关的网络解释 [注：此内容来源于网络，仅供参考]

kainite：钾盐肥料

过磷酸盐肥料 superphosphate | 钾盐肥料 kainite | 有机质层 organic layer

pearlite：针尖组织

overheating 过热 | pearlite 针尖组织 | phosphating 磷酸盐皮膜处理

P pay off reel：松卷机

over aging:过时效,老化过度 | P pay off reel:松卷机 | PG-core PH-core phosphate:磷酸盐

superorganic：形而上的

supernutrition 营养过多 | superorganic 形而上的 | superphosphate 过磷酸盐

superphosphate：过磷酸盐

superorganic 形而上的 | superphosphate 过磷酸盐 | superpipeline 超流水线

superphosphate：过磷酸盐/过磷酸石灰

superperiod /超周期/ | superphosphate /过磷酸盐/过磷酸石灰/ | superplastic /超塑性(材料)的/

double superphosphate：重过磷酸盐

double weighing method 换秤法 | double superphosphate 重过磷酸盐 | double solvent extraction process 复溶剂萃取法

hypophosphoric：次磷的

hypophosphoremia /血磷酸盐过少/ | hypophosphoric /次磷的/ | hypophosphorous /次磷的/

hypophrenia：智力薄弱

hypophosphatemia 血磷酸盐过少 | hypophrenia 智力薄弱 | hypophyseal cachexia 垂体性恶病质

urea-phosphate fire retardent：脲-磷酸盐防火剂

urea peroxide 过氧化脲 | urea-phosphate fire retardent 脲-磷酸盐防火剂 | urease 脲酶