脱磷

研究结果表明：在高温条件下，固体碳气化脱磷反应的主要还原产物是P2气体。

The main deoxidized product of the dephophorus reaction with solid carbon is gas P_2in high temperature .

含铬铁水脱磷用BaO基渣系中Cr2O3的溶解度

Cr_2O_3 Solubility in BaO-Based Slags for Dephosphorization of Chromium Hot Metal

CaO基熔剂对中磷铁水脱磷的研究

Dephosphorization of Medium Phosphorus Hot Metal with CaO - Based Fluxes

对高碳锰铁合金用CaO渣系进行了氧化脱磷的热力学研究。

Oxidation dephosphorization in HC FeMn with CaO slags is thermodynamically researched .

CaO基熔剂对铁水同时脱硫脱磷的应用性研究

Simultaneous removal of sulphur and phosphorus from hot metal with CaO-based fluxes

LF精炼过程还原脱磷可能性分析

Possibility of Reductive Dephosphorization of Molten steel During LF Refining

全电子系炉渣热力学在BaO基脱磷渣系中的应用

Full Electron System Slag Thermodynamics Applied to De phosphorized BaO-Base Slag System

BaO基渣系对不锈钢脱磷能力的影响

Effect on the Dephosphorizing Ability of BaO-based Slags for Stainless Liquid Steel

用白钨矿、氧化钼和钒渣冶炼M2钢的脱磷研究

Research on Dephosphorization during Smelting M2 Steel with Scheelite , Molybdenum Oxide and Vanadium Slag

CaO基熔剂对钢液二次精炼脱磷速度的研究

Study on dephosphorization rate of liquid steel in secondary refining process by CaO - based fluxes

还原法脱磷用于冶炼M2钢比冶炼不锈钢更有效。

Reducing dephosphorizing for smelting M2 steel is more effective than that for smelting stainless steel .

髓鞘碱性蛋白，脱磷酸化，牛（MBP）

Myelin Basic Protein , Dephosphorylated , Bovine ( MBP )

Li2O对CaO-SiO2-MgO-Fe2O3-MnO2-P2O5精炼渣系脱磷的影响

Effect of Li_2O on Dephosphorization of Ladle Refining Slags CaO-SiO_2-MgO-Fe_2O_3-MnO_2-P_2O_5

本文采用CaOFe2O3CaF2系熔刘，对中磷铁水预脱磷进行了研究。

The study on dephosphorization for medium phosphorus hot metal by using CaO Fe_2 O_3 CaF_2 system fluxes has been carried out .

cac2-caf2还原脱磷的实验研究。

Research on reducing dephosphorization using cac_2-caf_2 .

MgO和AlO（1.5）对CaOCaF2SiO2渣系脱磷能力的影响

The Influence on the Dephosphorizing Capability of MgO and AlO ((?) . 5 ) When Added to CaO-CaF_2-SiO_2

CaO-Fe2O3-CaF2铁水预处理脱磷熔剂的研究

Study on Dephosphorizing Flux Containing CaO-Fe_2O_3-CaF_2 for Hot Metal Pretreatment

以卵黄高磷蛋白质为原料，经碱法脱磷、胰蛋白酶水解后分离制备得到一种新型的卵黄高磷蛋白磷酸肽（PPP）。

Novel phosvitin phosphopeptides ( PPP ) were prepared by tryptic hydrolysis following alkaline dephosphorylation of hen egg yolk phosvitin .

含CaCl2渣在精炼温度下的同时脱磷和脱硫

Dephosphorization and desulfurization of hot metal with cacl_2-containing slag at refining temperature

在铁水预处理中CaO-Fe2O3-CaF2基粉剂脱磷工艺和影响因素的探讨

Study on technology and influencing factors on hot metal dephosphorization by cao-fe_2o_3-caf_2 flux

其中EAF是用来熔化废钢、升温和必要的精炼，如脱磷、脱碳的设备。

EAF is used for melting disposed steel , increasing temperature and necessarily fining , such as dephosphorization and decarbonization .

试验表明，采用还原脱磷法使硅铬合金同进降低C、P是可行的。试验取得了脱磷率90.9%、脱碳率75.7%的较好结果。

The test shows that it is feasible to reduce carbon and phosphorus contents simultaneously by reducing dephosphorization , and the test has achieved good results of dephosphorizing ratio 90 . 9 % , decarbonizing ratio 75 . 7 % .

采用CaO-FetO-SiO2-（Al2O3，Na2O）炉渣进行了中高磷铁水脱磷动力学研究。

The kinetics of dephosphorization was studied by using CaO-FetO-SiO2 - ( Al2O3 , Na2O ) slags .

120t复吹转炉终点脱磷平衡研究

Study on Dephosphorization for 120 t Combined Blowing Converter

在1550℃的温度下采用CaOBaCO3CaF2Cr2O3渣系对188型不锈钢的氧化脱磷作了实验研究。

The oxidative dephosphorization of stainless steel of 18-8 type has been experimentally investigated with the CaO-BaCO 3-CaF 2-Cr 2O 3 slag system at 1 550 ℃ .

高铬钢液用CaSi还原脱磷

Reducing dephosphorization of high chromium molten steel with casi

试验结果表明，该渣系的不锈钢脱磷能力比CaO基渣好，与BaO基渣相当。

The test results show that the dephosphorizing ability of this slag series is better than that of CaO base slag and equal to that of BaO base slag .

通过试验，考察了CaO-Al2O3-CaCl2渣在1550℃下的脱磷、脱硫作用，并与CaO-Al2O3CaF2渣的脱磷、脱硫效果进行了比较。

Dephosphorization and desulfurization of iron melts with CaO-Al_2O_3-CaCl_2 type slag at 1550 ℃ were examined in the laboratory .

提取青岛文昌鱼18小时神经胚中期mRNA，以5′脱磷的NotⅠoligo（dT）18为引物，反转录合成cDNA。

MRNA isolated from Qingdao amphioxus neurulae of 18 hour period was reverse transcripted into cDNA using Not ⅰ - oligo ( dT ) 18 as a primer .

工业性试验在1500～165012下进行，研究BaO基精炼剂不同加入工艺对粗钢炉外脱磷&防回磷的影响。

The industrial experiment was made at 1500 ~ 1650 ℃, and the influence to the raw molten steel secondary dephosphorization - rephosphorization prevention by adding different agents was researched .