磷

Study on the phosphorate minerals assemblage shows that strongly developed anatexis of the area is responsible the occurrence of wagnerite and its coexistence with apatite, and both present as rock-forming minerals. The volatiles F, P and components Ca, Mg determine the formation of wagnerite, while the P-T condition affects the variation of wagnerite polytypes.

通过磷酸盐矿物组合的岩石学研究得知强烈发育的深熔作用导致氟磷镁石与磷灰石共生并以造岩矿物出现，挥发分F、P以及Ca、Mg等成分因素决定氟磷镁石的出现与否、温压条件控制氟磷镁石的多型变化。

In the medium of 0.013 mol/L H2SO4, phosphate reacts with sodium molybdate and potassium antimonyl tartrate, forming a yellowish phosphorus-antimony-molybdenum heteropoly acid. The acid exhibited a strong resonance scattering peak at 710 nm after added with nanogold. The heteropoly acid was reduced by ascorbic acid to antimony phosphomolybdate blue, which caused the decrease of resonance scattering intensity.

在0.013mol/L H2SO4介质中，磷酸根与钼酸钠、酒石酸锑钾反应生成淡黄色的磷锑钼杂多酸，加入纳米金后在710nm处产生一个较强的共振散射峰，抗坏血酸可将磷锑钼杂多酸还原为磷锑钼蓝，导致710nm处共振光散射信号降低。

These data showed microbe be a key factor in circulation of phosphorus and transformation of BAP.

表明微生物在磷的循环中起了重要作用，可以直接或间接影响生物可利用磷中各形态磷的迁移转化。

According to current smelting process and production data,the method for predicting end-point phosphorus content of BOF was investigated.

根据现场的冶炼工艺和生产数据，研究了转炉冶炼终点磷的预报方法；采用机理模型和偏最小二乘模型分析了终点磷的影响因素；建立了基于偏最小二乘回归的转炉终点磷的预报模型。

In the condition of various treatment of phosphorus adding levels 0.06%,0.12%,0.18%,0.24%,biological value of dicalcium phosphorus were as follows,respectively:100,109,112,115 when body weight gain was employed as response criterion;100,102,94,89 when ratio of phosphorus retention employed;100,116,130,139 when bone ash content (the average of tibia ash and toe ash) employed and 100,114,132,133 when serum phosphorus level employed.

结果表明：在日粮磷添加水平分别为0.06%，0.12%，0.18%，0.24%的试验处理下，肉雏鸡磷酸氢钙生物学效价以体增重为指标时分别为100，109，112，115；以磷存留率为指标时分别为100，102，94，89；以骨灰分含量(胫骨灰分和趾骨灰分含量的平均值)为指标时分别为100，116，130，139；以血清磷浓度为指标时分别为100，114，132，133。

Many research indicated that addition of microbial phytase can increase the bioavailability of P in feed significantly, even when thelevel of P in diet is close to the level of nutrition requirement recommendation, addition of phytase can still improve the apparentabsorption of P in pig and poultry and enhance the bone ash.

大量研究表明添加微生物源植酸酶，能明显提高日粮植酸磷的生物学利用率，即使日粮磷水平已接近营养需要推荐水平，添加植酸酶还可进一步提高畜禽对磷的表观吸收、增加脚掌切力和骨灰分。

As indicated by results of XRD、SEM and EDS, phase-separative opacifying isdominant in the area with a high content of bone ash. The continues phase is silicate glass rich in aluminumand silicon but deficient in phosphorus however disperse phase is phosphate silicate glass rich in phosphorus,zinc...

XRD、SEM、EDS等测试技术研究表明：在高骨粉区域以分相乳浊为主，其连续相为富铝、硅贫磷的硅酸盐玻璃，分散相是富磷、锌、镁贫铝、硅的磷硅酸盐玻璃，分散相粒子粒度约为0.3～0.8μm，且分布均匀，釉面白度80%、光泽度101%；在骨粉和滑石均较高的区域，得到分相和析晶共存的乳浊釉，析出的晶体以原顽火辉石为主，釉面白度85%、光泽度98%。

There was significant positive correlation between net photosynthetic rate and carboxylation efficiency as well as between carboxylation efficiency and phosphorus concentration in leaf, so it indicated that the enhanced photosynthetic capacity was probably correlated with the carboxylation efficiency.

净光合速率和羧化效率的显著正相关及敖化效率与叶片磷浓度的显著正相关表明，磷营养水平的增加可能通过增加两种植物叶片中的磷浓度提高羧化效率从而提高植物的光合能力。

The results of N/P ratio test show that the removal of nitrogen and phosphorus by immobilized Chlorella is influenced by N/P ratio.

氮磷比试验结果表明，固定化小球藻对氮磷的去除受氮磷比的影响。

The results indicated that the pesticide could be distributed through the body and cumulated in peripheral compartment relatively,but it could be eliminated rapidly.With parameters such as t1/2α valued 3.40min,t1/2β 59.03min and Cl 0.018ml·min-1,Its metabolism followed two-compartment open model after administration of 10 mg/kg.It was primary distributed to blood-riched organs and fat tissues and ready to be biotransformed.The metabolic product were detected in choler,which had stronger polarity with retention time 4.25min;and no parent compound was found in both urine and faeces.Key words: Toxicokinetics;Fenamithion;Organophosphorus pesticide

结果显示：螨胺磷在体内全身分布，并有周室富集，消除较快，在10mg/kg静脉注射呈二室模型，t1/2α为3.40min，t1／2β为59.03min，全身清除率Cl0.018ml·min-1；螨胺磷主要分布于血流量大的器官及脂肪组织；螨胺磷在体内不稳定，能被肝脏代谢转化成极性更高的化合物后经由胆汁排出，该成分可在同样的色谱条件下被分离，峰保留时间4.25min；粪尿中均未检出原药。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。