1) potential mineralized carbon
潜在可矿化碳
2) Potentially mineralized C
土壤潜在可矿化有机碳
1.
Potentially mineralized C (C0), easily mineralized C (C1) and the initial potential rate of C mineralization (C0k) were significantly different among the treatments with a general decline order of organic manure treatments>mineral fertilizer treatments>control, which were positively correlated to soil organic carbon, total nitrogen and microbial activity.
拟合所得土壤潜在可矿化有机碳量(C0)、易矿化有机碳量(C1)和初始潜在矿化速率(C0k)均表现出有机肥处理高于化肥处理,施肥处理高于不施肥处理(NK处理除外),与土壤有机碳、全氮和土壤微生物活度均呈显著正相关;有机碳矿化速率(k)和土壤潜在可矿化有机碳占土壤总有机碳的比例在处理间差异均不显著,除k与有机碳呈显著负相关外,其他与土壤性质均无显著相关性。
3) PMC
可矿化碳
1.
In this paper, the characteristics of soil organic carbon (SOC) pool, potential mineralization carbon (PMC) pool, microbial biomass carbon (MBC) pool, and the dissolubility organic carbon (DOC) pool have been investigated to discover the relationship of soil organic carbon pool among different land use types in Tiantong.
本文以常绿阔叶林顶级群落(栲树群落)为参照，对比其他土地利用类型与栲树群落的差异，分别从不同土地利用类型的土壤总有机碳库特征，土壤可矿化碳库特征，土壤微生物量碳库特征，土壤可溶性有机碳库特征四个方面进行调查分析，旨在对天童地区不同土地利用类型土壤有机碳特征进行研究，探讨土地利用变化对土壤有机碳的影响。
4) sulfur mineralization potential
潜在矿化量
1.
The result showed that fertilization constitution obviously affected developing with time of total S, organic S, inorganic S and inorganic S plus fraction organic S (40 ℃ KCl extracted) of soil, and sulfur mineralization potential, mineralization rate constant and half time for S mineralization.
结果表明 ,不同施肥结构明显影响土壤全硫、有机硫、无机硫和供硫潜力 (无机硫加部分有机硫 ,4 0℃KCl浸提 )的演变时间进程以及土壤有机硫的潜在矿化量、矿化常数和矿化半减期 ,稻草还田和有机肥施用有利于土壤硫的积累 ,提高土壤供硫能力 ;连续盆栽幼苗试验结果表明 ,作物吸硫量以稻草还田区 >有机肥加化肥区 >全化肥区 >无肥区 ,与土壤全硫、供硫潜力及土壤硫潜在矿化量顺序一
5) ore-forming potentiality
潜在含矿性
6) latent hardening
潜在硬化
1.
By defining the yield stress in a latent hardening test as the first deviation from the elastic straight line, the yielding and hardening behaviors of latent system in active and negative slip directions were studied in aluminium single crystal.
结果表明，潜在滑移系正负行为的差异要远远小于开动滑移系的Ｂａｕｓｃｈｉｎｇｅｒ效应，其正负方向的屈眼应力一般均等于或略小于预应变时的最大分切应力，大大高于开动滑移系的负向屈服应力；潜在滑移系和原始滑移系的相对取向及预应变的大小对单晶体潜在滑移系潜在硬化的影响不大，但对其起始过渡区应变硬化行为有一定的影响。
补充资料：焙烧提浓的氟碳铈镧矿
CAS：68909-13-7
中文名称：焙烧提浓的氟碳铈镧矿；抛光剂,抛光混合剂
英文名称：Bastnaesite, calcined concentrate；Calcined bastnasite；bastnaesite, calcined conc.；polishing compound；Bastnaesite,calcined concentrate
中文名称：焙烧提浓的氟碳铈镧矿；抛光剂,抛光混合剂
英文名称：Bastnaesite, calcined concentrate；Calcined bastnasite；bastnaesite, calcined conc.；polishing compound；Bastnaesite,calcined concentrate
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条