- 更多网络例句与磷锰矿相关的网络例句 [注：此内容来源于网络，仅供参考]
-
It is suggested that further reseach on Oxidational dephosphorization should be carried out by technology of Microwave-Magnet separation.
能否用微波-强磁选联合选矿工艺处理这种高磷锰矿从而达到较好的富锰降磷效果
-
Taking Lehua manganese deposit as an example, geological characters and ore-forming condition s of lower phosphorus high-quality manganese ores in the southeast margin of Yangzi Platform is preliminarily discussed.
文章以乐华锰矿床地质特征为例，初探了扬子地台东南缘低磷优质锰矿的地质特征和成矿条件，并对在赣东北地区寻找该类型矿床的前景提出了自己的看法。
-
This paper introduces the use of vanadium-ammonium molybdate colorimetric method to estimate the phosphorus content in the manganese ore.
用钒—钼酸铵比色法测定锰矿中的磷含量，测定结果表明：相对偏差小于 2 %，测定范围 0 1～ 1 0 %方法简便快速，可满足生产要
-
The biological treatment plan was suggested for enriching manganese and dephosphorization of high phosphorus and poor rhodochrosite ore.
综述了我国锰矿资源及选冶现状，提出了高磷贫碳酸锰矿石微生物富锰降磷方案；筛选出了具有富锰降磷作用的微生物。
-
KEY WORDS high-phosphorus and poor rhodochrosite ore, microorganism, enriching manganese and dephosphorization.
因此，开发利用这类锰矿资源的前提是研究出切实可行的富锰降磷工艺。
-
Through analyses of ore properties, Huayuan manganese ore is determined to be phosphorus—rich and iron—poor rhodochrosite.
有害元素磷主要以磷灰石独立矿物形式产出，粒度在3～20μm之间，矿样粒度为—45μm时，磷灰石主要以游离形态产出，被包裹在碳酸锰矿物中的磷灰石相对锰矿物明显减少。
-
For efficient utilization of phosphorus—rich rhodochrosite and complicated sulfides, we have carried out some studies on enrichment of manganese, dephosphorization and bio-catalytical oxidation of sulfides supported by NSFC (No. 59374150, 59774010), the main contents include: properties of Huayuan Manganese ore; microorganisms preparation of dealing with manganese ore; physiological and biochemical properties of microbes used; the mechanism of microbes function to manganese ore; the separation, tameness of Thiobacillus ferrooxidans and its nutriment; bio—catalytical oxidation mechanism of sulfides; extraction of gold by bio—catalytical oxidation—cyanidation.
为解决我国储量丰富的高磷贫碳酸锰矿石和复杂硫化矿有效利用中存在的问题，我们在国家自然科学基金委员会的资助下（No.59374150，No.59774010），以花垣锰矿石和黄铜矿、黄铁矿等为研究对象，进行了高磷贫碳酸锰矿石的微生物富锰降磷和生物催化氧化硫化矿等的研讨工作，内容包括：花垣锰矿石的性质研究；富锰降磷微生物的筛选；试验用微生物的生理生化特性及富锰降磷机理探讨；催化氧化硫化矿细菌的分离、驯化及营养条件确定；生物催化氧化硫化矿的机制；金的生物催化氧化—氰化提取。
-
The feldspars of topaz-lepidolite granite in Yashan late stage are P-rich albite and Kfeldspar, and the phosphorus goes into feldspar structure in the form of PAlSi〓 substitution. The phosphorus contents of feldspars vary according to their crystal habitus. In general, the feldspars of later generation have the higher average phosphorus content than that of earlier generation, and the albite contains higher phosphorus than the K-feldspar in the same generation. The zircon is highly rich in Hf, U, P and Al. The phosphorus enters the zircon structure mainly by the form of〓P〓〓Si〓, Al〓P〓Si〓 or P〓Al〓Si〓, Zr〓 substitution. The P-rich zircon is the production of the highly evolved magma, and it might be one of the important characteristic minerals of the high-P subtype granite. The manganocolumbite, manganotantalite, wodginite and titanowodginite are the main niobium and tantalum minerals.
雅山晚阶段黄玉锂云母花岗岩的长石矿物是富磷长石，磷以PAlSi〓替换方式进入长石结构中，并且在长石中的分布很不均一，一般是晚结晶的长石比早结晶的长石的磷含量高，同期结晶的钠长石比钾长石的磷含量高；锆石矿物为高度富铪、铀、磷和铝的锆石，磷主要以(Y， HREE， Fe)〓P〓〓〓Si〓〓、Al〓P〓Si〓〓、P〓Al〓Si〓〓Zr〓〓等替换方式进入锆石晶格中，富磷锆石是岩浆高度演化的结果，是高磷花岗岩的特征矿物之一；雅山含有丰富的磷锂铝石，是高磷花岗岩的主要磷酸盐矿物；铌—钽矿物主要有铌锰矿—钽锰矿、锡锰钽矿—钛锰钽矿、细晶石等。
-
Transfer behavior of phosphorus on manganese oxide ore fines containing coal during voluminal reduction by microwave heating has been investigated through electronic probe face-scanning composition analysis.
通过电子探针面扫描成分分析，研究了微波加热含碳锰矿粉体还原过程中磷的迁移行为。
- 更多网络解释与磷锰矿相关的网络解释 [注：此内容来源于网络，仅供参考]
-
graftonite：磷铁锰矿
graduation 分度 | graftonite 磷铁锰矿 | grahamite 脆沥青
-
wagnerite：磷镁石
磷镁锰矿 magniophilite | 磷镁石 wagnerite | 磷锰矿 hureaulite
-
dickinsonite：绿磷锰矿
dichroite 堇青石 | dickinsonite 绿磷锰矿 | dickite 地开石
-
fillowite：粒磷锰矿
填充矿床 filling deposit | 粒磷锰矿 fillowite | 填积阶地 fillstrath terrace
-
hureaulite：磷锰矿
磷镁石 wagnerite | 磷锰矿 hureaulite | 磷锰矿 reddingite
-
phosphoferrite：铁磷锰矿
evangelistically 福音传教士地, 传道地 | phosphoferrite 铁磷锰矿 | mass spectroscopy 质谱学 质谱分析, 质谱(分析)法
-
phosphoferrite：磷铁锰矿 铁磷锰矿
phosphoethanolamineacylglyceroltransferase 磷酸乙醇胺脂肪酰甘油转移酶 | phosphoferrite 磷铁锰矿 铁磷锰矿 | phosphofructokinase 磷酸果糖激酶
-
reddingite：磷锰矿
磷锰矿 hureaulite | 磷锰矿 reddingite | 磷钠銨石 stercorite
-
sicklerite：磷锂锰矿
磷鋰铝石 montebrasite | 磷鋰锰矿 sicklerite | 磷鋰石 hebronite
-
stercorite：磷钠铵石
磷锰矿 reddingite | 磷钠銨石 stercorite | 磷钠銨盐 microcosmic salt