矿化过程,mineralization process
1)mineralization process矿化过程
1.The incubation experiments conducted in laboratory and fields showed that the effects of mineralization processes of organic materials on soil microbial biomass nitrogen were closely related to the properties and constitution of organic materials and relied on the soil fertility and nitrogen application.采用室内和田间培养试验 ,研究了有机物料矿化过程中土壤微生物体氮的变化。
2.The mineralization process of organic phosphorus in sediment is important to eutrophication,and organic phosphorus in nucleic acid form may represent the level of micro-organisms which indicates the mineralization process in a certain extent.普遍认为沉积物中有机磷的矿化过程是对水体富营养化具有重要贡献的环节之一,而核酸态有机磷可从一定程度上表征微生物水平,反应微生物对矿化作用的影响。
英文短句/例句

1.Preliminary Study on the Process and Mechanism of Biomineralization of Cusp of Major Lateral Tooth in Chiton Acanthochiton Rubrolineatus Lischke 1873红条毛肤石鳖齿舌主侧齿齿尖矿化过程及矿化机理研究初探
2.Pulp Potential during Lead-zinc-iron Sulfides Grinding铅锌铁硫化矿磨矿过程中的矿浆电位
3.The Metallogenic Processes of Huangshan Cu-Ni Sulfide Deposit in Xinjiang, Western China新疆黄山铜镍硫化物矿床成矿作用过程
4.Metallogenic magmatism of Huangshan Cu-Ni sulfide deposit in Xinjiang新疆黄山铜镍硫化物矿床成矿岩浆作用过程
5.Mechanism and Process Simulation for Chemical Clogging of the Tailings Dam;尾矿坝化学淤堵机理与过程模拟研究
6.Research and Application of Comprehensive Automation System in Grinding Process;磨矿过程综合自动化系统研究及应用
7.Selection of Additives for Molybdenum Concentrate Pressure Oxidation钼精矿加压氧化过程中添加剂的选择
8.Electrochemical Behavior of Sulfide Copper Mineral in Oxidic-acidic Leaching Process硫化铜矿酸性氧化浸出过程的电化学行为
9.Transformation and Resourizable Formation of Inorganic Composition in the Calcium-based Desulfurization Process;钙基固硫过程中无机矿物转化及可资源化矿物形成
10.Studies on the Electrochemical Performance and Technology of Sulfide Bio-leaching;硫化矿细菌浸出过程的电化学机理及工艺研究
11.Study on Production of Sulfuric Acid with Catalytic Oxidation of SO_2 in Pyrolusite Slurry;软锰矿浆催化氧化烟气SO_2产酸过程研究
12.Study on the Physical and Chemical Effects of Mineral Admixtures During Hydration Process at Early Age;矿物外加剂早期水化过程中的物理和化学效应
13.Preliminary discussion on the arsenic oxidization behavior in gold concentrate biologic oxidization process金精矿生物氧化过程中砷的氧化行为初探
14.Research Situation of Electrochemical Behavior of Sulfide Ore in Flotation硫化矿浮选过程中的电化学行为研究现状
15.Petrogenesis of Kalatongke Cu-Ni sulfide deposit in Xinjiang新疆喀拉通克铜镍硫化物矿床成矿岩浆作用过程
16.a process for extracting gold and silver by treating ore with a sodium cyanide solution.用氰化钠溶液处理矿石提取金和银的过程。
17.Variation of Rare Earth Elements in Process of Smelting of Copper Ores in the Ancient Times古代铜矿冶炼过程中稀土元素的变化研究
18.KINETIC STUDIES ON IRON CATALYSED ACID PRESSURE LEACHING OF CHALCOCITE铁离子催化辉铜矿氧压酸浸过程的研究
相关短句/例句

mineralization[英][,min?r?lai'zei??n][美][,m?n?r?l?'ze??n]矿化过程
1.Lamprophyres, which are widely spread over the Zhenyuan gold orefield, Yunnan Province, and are temporally and spatially related to gold mineralization, underwent different degrees of alteration and mineralization.在用质量平衡方程计算了区内煌斑岩蚀变过程中元素活动规律的基础上,本文采用该方法计算了煌斑岩矿化过程中元素的活动规律。
2.Widely distributed in the Zhenyuan gold deposits and closely related to gold mineralization in time and space,lamprophyres underwent different degrees of alteration and partly experienced mineralization.质量平衡方程对煌斑岩蚀变、矿化过程中元素活动规律的计算结果表明,引起本区煌斑岩蚀变的流体为一种含过渡元素、新石元素、挥发性元素和亲硫元素(或成矿元素)的富硅、铝碱性流体,这种流体可能是本区煌斑岩石浆演化到晚期分异出来的产物;引起本区煌斑岩矿化的为富含K2O、CaO、CO2、F、Cl、S、As、Sb、Au、Ag等元素的流体,这种流体具有多源
3)mechanism of biomineralization生物矿化过程
1.This paper reviews the type,procedure and mechanism of biomineralization,as well as the common method and further prospects of the research.生物矿化过程是指在生物体中细胞的参与下,无机元素从环境中选择性地沉淀在特定的有机质上而形成的新矿物。
4)mining process采矿过程
1.Determination of left and right boundary lines for numerical simulation model of mining process;采矿过程数值模拟模型左右边界的确定
5)mineralizing process成矿过程
1.This paper summarized the concerned application results of the REE in the metallogeny research,coming to point that REE has an extensive application in many fields: the source of mineralizing material,the tracer in the mineralizing process and the evolution of mineralizing fluid,distinguishing the mineralizing .在总结稀土元素在矿床学研究中的应用基础上,阐述了稀土元素在成矿物质来源、成矿过程和成矿流体演化示踪、成矿类型和成矿种属判别以及找矿标志确定等方面的应用。
6)ore-forming process成矿过程
1.Mechanism of uranyl ion adsorbing and complexing onto low-rank coal and ore-forming process of uranium associated coal measures低煤级煤与UO_2~(2+)的吸附络合及亲煤型铀矿成矿过程
延伸阅读

矿粒在电选过程中的运动轨迹矿粒在电选过程中的运动轨迹mineral particle moving trajectory of electric separation process kuangl一za一d一anxuan guoChengZhong de yUndonggUJJ!矿粒在电选过程中的运动轨迹(mineralp盯-t iele moving trazeetory of eleetrie separationprocess)在电选过程中,电性质不同的矿粒受电力和机械力的作用发生运动所通过的路径。由于不同矿粒荷电符号和荷电量的差异,电选中所受电力和机械力也不一样,因而运动轨迹各不相同,借此即可实现分选。 筒式电选机为典型的电选机,采用复合电场;作为接地极的转动鼓筒是将物料带入电场的给矿和分选主件,故不同电性质矿粒在筒式电选机分选过程中的受力情况和运动轨迹具有典型意义。矿粒从矿斗给入鼓筒后,受到电力、重力和离心力三种力的作用。物料进入电场中,随即受到电晕电场及高压静电场的作用力;鼓筒的不断转动,使矿粒受到离心力场的作用;同时又受到重力作用。图中五为库仑力;几为镜面吸力; ,、_,_,_、_、,_mVZ几为非均匀电场作用力;fc为离心力,fc一竺;于;八为Jj月〕「一J一J目一刃”产’J~’J‘了J’,~~’J仁R重力,几一二g。导体矿粒应在图中b的第一象限与第四象限之内,即AB范围内落下,其受力关系式为 人+几>丸十九十mgcosa中矿应在第四与第三象限之间,即BD范围内落下,受力关系式为 人+几>人非导体矿粒应在第三象限内,即CD范围内落下,受力关系式为 fZ)fc+几 ,f (、2/口一fc b 电选过程中矿粒受力分析简图 a一电极形式及相对位置图沪一受力分析图 l一电晕极;2一静电极;3一接地鼓筒 上述各关系式都是在电极结构、电压、极距等诸因素均相同时建立的。但是,电压的高低、极距的大小和鼓筒的转速三者的交互影响很大;当电极结构不同时,导体矿物、中矿及非导体矿物落下的轨迹范围也随之改变。这些要点在选矿试验和生产实践中必须经常注意并适当调节: 电极结构形式固定后,鼓筒转速不变时,在极距相同的情况下电压愈高,则从电晕极自激放出的电子也愈多,且在鼓筒表面分布的电晕区域也愈大,不论导体或非导体矿粒经过这一区域所获得的电荷也愈多,由此而产生的电力(包括了,,几,f3)会增大,相反,则电力减小。如电极结构形式及极距和电压等诸条件不变,鼓筒转速的高低,既影响矿粒经过此区域时荷电的多少,更直接影响矿粒所受离心力的大小。