1)sapropel[英]['s?pr?pel][美]['s?pr?,p?l]腐泥
1.Based on the study on the application of peat and sapropel to medicine, the results of medical pracices on alkali-ethanol extractions of peat and sapropel are stated.通过对泥炭与腐泥在医学方面的应用研究，阐述了泥炭与腐泥的碱－乙醇提取物的医疗实践结果，提出泥炭生物活性物质，即腐殖酸、各种萜素、维生素、激素、生物胺和酚酸等，具有增强有机体的机能抗性，提高再生机能，及滋养作用等。
英文短句/例句
1.Comparing of Physic and Chemical Property of Aeolian Sandy Soil Before and After Improvement泥炭和腐泥改良风沙土前后土壤理化性质比较
2.Cement preservatives, except paints and oils除漆和油外的水泥防腐剂
3.Technical specification for anticorrosion works of polymer cement mortar聚合物水泥砂浆防腐蚀工程技术规程
4.Evaluation on the Application of K+Humate-Containig Drilling Mud Additives腐植酸钾钻井泥浆处理剂的应用评价
5.The Corrosive Laws of Oil Well Cement by CO_2 and Applied Research;CO_2对油井水泥的腐蚀规律及应用研究
6.Corrosion Behavior of API X60 Pipeline Steels in Sea Mud;API X60管线钢在海泥中的腐蚀行为研究
7.Study on Chief Properties of Hongyuan 1#Peat Humic Acid;红原县1#泥炭腐植酸主要性质研究
8.Thaumasite form of sulfate attack of cementitious materials水泥基材料碳硫硅钙石型硫酸盐腐蚀
9.Laboratory Studies on the Resistance of Set Cement to Corrosion Caused by CO_2 and H_2S.水泥石防CO_2、H_2S腐蚀性能的室内研究
10.Effects on Maturity of Sewage Sludge Compost with Additional Aawdust添加锯末对污泥堆肥腐熟的影响研究
11.Corrosion and Protection of Concrete Platform for Stacking and Transporting Urea尿素储运水泥混凝土地坪的腐蚀防护
12.Influence of MgSO_4 Corrosive Environment on Strength of Soil Cement硫酸镁腐蚀环境对水泥土强度的影响
13.The Effects of Inoculation White Rot Fungus on Maturity and Nutrients Transformation of Sewage Sludge Compost接种白腐菌对城市污泥堆肥腐熟度和养分转化的影响
14.Study on improving the corrosion resistant property of Portland limestone cement改善石灰石硅酸盐水泥耐腐蚀性能的研究
15.The Infection on the Humic Acid in the Progress of Solidifying Soft Soil by Cement Soil;土体中腐殖酸对水泥固化软土效果的影响
16.The Research of Aerobic Compost Maturity Indicators of Bailonggang Sludge;白龙港污泥高温好氧堆肥腐熟度指标的探讨
17.Influence of Humic Acid on Solidification Effect of Solidified Silt and Influence Mechanism;腐殖酸对淤泥固化效果的影响及其机理
18.Research on Deformation and Settlement of Decayed Wood and Silt Mixed Soil;腐木纤维、淤泥混合土变形特性及沉降规律研究
相关短句/例句
humosapropelic coal腐殖腐泥煤
3)humic-sapropelic coal腐植腐泥煤
4)Saprolite[英]['s?pr?lait][美]['s?pr?,la?t]腐泥岩、腐泥土
5)sludge corruption污泥腐败
1.The factors causing bulking and sludge corruption were discussed in the article.针对聚醚砜膜生物反应器处理豆制品废水时发生的丝状菌污泥膨胀和污泥腐败问题,进行了实验研究。
6)sapropelic coal腐泥煤
1.The sapropelic coal and humic coal are studied using the nuclear magnetic resonance and paramagnetic resonance spectra.利用核磁共振和顺磁共振谱对等变质系列的腐泥煤和腐殖煤进行了对比研究，两种谱图清楚地表现出两个变质系列各煤阶的峰形和峰值都有明显的区别。
2.Group"Components of pyrolysis and chloroform bituminous"A"are analysed to different rank symsomatic sapropelic coal with humic coal in Tengxian and Zibe two coal fields,toget the knowledge as below:the tesules of pyrolysis,Tmax,S1,S3,Tp are all higher,It is lower,S2,Cp are higher and lower during low and high colification,than synsomatie humic coal.对滕县、淄博两煤田与腐殖煤共生的不同煤级的腐泥煤进行了热解和氯仿沥青“Ａ”的族组份分析，获得如下认识：热解的结果，Ｔｍａｘ、Ｓ１、Ｓ３、Ｉｐ全部高于共生腐殖煤，Ｉｔ全部低于共生腐殖煤，Ｓ２和Ｃｐ在低煤化阶段高于腐殖煤，而中，高煤化阶段则低于腐殖煤；氯仿沥青“Ａ”都随煤级的增高而减少，腐泥煤全部高于腐殖煤，腐泥煤从低煤级到高煤级其族组份的排序从饱和烃＞非烃＞芳烃＞沥青质变化到非烃＞芳烃＞沥青质＞饱和烃；而腐殖煤族组份的排序则从沥青质＞芳烃＞非烃＞饱和烃＞沥青质。
3.In the paper the effect of the reactor structure to the thermal cracking reaction of the sapropelic coal is researched．V arious reactors of different reacting temperatures，heating velocities and pressures have been analyzed and compared，and the reactor suited for this application lS recommended.本文主要研究腐泥煤常压下热解反应器的不同结构对煤的热解反应的影响。
延伸阅读
腐泥化作用 低等生物在滨海沿岸、湖泊、沼泽开阔水域的底部缺氧环境下，经生物化学降解作用转变成腐泥的过程。腐泥是富含水和沥青质的淤泥状物质，视矿物质含量的多少而为腐泥煤或油页岩的前身，当腐泥质为主时形成腐泥煤，当矿物质（粘土）为主时则转变成油页岩。腐泥经成岩作用形成腐泥褐煤，再经变质作用转变成腐泥烟煤以至腐泥无烟煤。 形成腐泥的原始物质以藻类和水生生物（特别是漂浮植物）为主。有利的堆积转化环境是滞水缺氧的还原条件，介质为弱碱性（pH值为8左右）,在厌氧细菌参与下，植物遗体发生腐烂分解，消耗了有机质中的氧，富蛋白质的腐泥分解产生大量的氨，并形成氨基酸，植物分解的产物经合成作用形成富氢、富氮、缺氧的沥青产物。因此，腐泥煤在干馏过程中，有相当高的挥发分和焦油产率。 腐泥化作用进行到一定程度即被新的沉积物覆盖埋藏，藻类的原生结构大部分被保存下来，形成藻煤。腐泥化作用进行比较彻底时，则生物的原生结构完全消失成为腐胶质，转变成均一结构的胶泥煤。腐泥化过程中混入高等植物，主要是稳定成分，如孢子、花粉、树脂、树蜡等转变成腐殖腐泥混合煤，当孢粉含量远超过藻类时形烛煤，孢粉含量与藻类相当时，则形成烛藻煤或藻烛煤。 腐泥化作用发生在覆水较深的条件下，向岸边浅水环境过渡,随着水生植物被陆生高等植物代替,腐泥化作用被泥炭化作用所取代。自然界腐泥煤的分布常呈透镜状层出现在煤层底部。堆积在湖沼深水部位的腐泥，容易混入大量粘土，经埋藏后转变成油页岩。
