可能降解的

基本解释 (translations)

degradable

与可能降解的相关的网络例句 [注：此内容来源于网络，仅供参考]

So what should we do One possible solution would be to use biodegradable plastic bags.

因此，我们该做些什么呢？一个可能的解决办法就是用可降解的塑料袋。

But, because of the complexity of the dye molecule, there has been short of detailed comprehension in its photocatalytic degradation process. The key problem is difficult to detect the intermediates clearly. In this paper, the photocatalytic degradation of azo dye Congo red in water solution was investigated on UV irradiating TiO2 in the homemade reactor. The optimization conditions were determined and then the rate of decolorization, COD decrease, yield of CO2 and varies pH of aqueous solution during illumination were detected; The varies of the possible intermediates during degradation process were monitored with UV-VIS spectrum and HPLC. The possible mechanism of Congo red photocatalytic degradation is discussed combined with the data of MS.

本文选择有代表性的常见偶氮染料—刚果红作为研究对象，以自制TiO2为催化剂和小功率紫外灯为光源，在自制光反应器上确定了光催化降解的优化条件，并在这个优化条件下测定了降解过程中的脱色率、COD去除率和CO2生成量；利用数显酸度计、紫外可见分光光度计和高效液相色谱仪跟踪测定了降解过程中的可能产物，并结合质谱的数据初步探讨了刚果红的可能降解机制。

Objective: The purpose of our studies are gaining a better insight into the effect of genistein on mesangial cell"s phenotype change and ECM expression plus degradation under DN circumstances.We add genistein with different concentrations in high glucose cultured rat mesangial cells;feed DM rats with the single concentration genistein for different days;to explore the expression of SMemb,the mark of mesangial cell"s hypertrophy phenotype change;to examine the synthesis of Fn as well as the change of the balance between MMP-2 and TIMP-l;to comprehend its effect on renal pathological changes of DM rats and some related factors;trying toexplore the possible mechanisms.Through these studies,we will have some information about the experimental value of genistein in DN field.

目的：为了研究金雀异黄素对DN环境下大鼠MC肥大表型转换标志物SMemb和ECM分泌及降解的影响，我们拟在细胞水平以不同浓度的金雀异黄素作用于高糖培养下大鼠MC，在动物水平以同一浓度的金雀异黄素作用于DM大鼠不同时间，观察细胞表型转换标志物SMemb、ECM主要成分Fn、ECM降解酶系统基质金属蛋白酶—2(MMP-2)／基质金属蛋白酶抑制剂—1(TIMP-1)表达的变化，同时观察金雀异黄素对DM大鼠肾脏病理及影响肾脏病进展的糖脂代谢紊乱的影响，并进一步探讨金雀异黄素发挥作用的可能机制；为明确金雀异黄素在DN治疗中的地位及意义提供实验依据。

The monoethylalkanes in the stalagmite possibly derive from the soil on the top of the cave that transported by the drip water.

主要原因可能是微生物选择性降解的结果，也有可能是土壤与石笋中微生物种类分布差异所造成的。

Objective:To study the probable degradation of flutamide under the condition of light, heat, acid, alkalic and oxidation,and to evaluate the ability of the analytical method to separate degradation products.

目的：研究氟他胺在高温、光照、酸性、碱性和氧化条件下可能发生的降解。

The catalysts of the invention is able to catalyse metathetic degradation of nitrile rubbers with a higher activity than the metathesis catalysts available at present and thus makes possible an increase in the reaction rate and the setting of lower molecular weights of the degraded nitrile rubbers at a comparable noble metal content.

本发明的催化剂能够以比目前可获得的复分解催化剂更高的活性来催化丁腈橡胶的复分解降解，由此在可比较的贵金属含量下使之有可能增加反应速率并设定降解的丁腈橡胶的较低分子量。

Chapter three is the degradation of Abamectin in soils. The results show:(1) The decomposition of Abamectin is fastest in Aquic Cambosols while slowest in Udic Cambosols in five kinds of different soils.(2) Organic matter content in soil is the most important factor which influences the degradation half-life of Abamectin in soil, and their relative coefficient arrives at 0.9323, but pH value, total nitrogen, CEC and field maximum moisture capacity correlate little.(3) Soil organic matter, soil temperature and pesticide concentration can obviously affect Abamectin degradation in soil, in addition, the degradation half-life of Abamectin in sterilized soil is far more than that in non-sterilized soil, which maybe contributes to microorganism in soil. Chapter four is the microbial degradation of Abamectin.

第三章研究了阿维菌素在土壤中的降解，结果表明：(1)五种不同类型土壤中，阿维菌素在潮湿雏形土中降解最快，而在湿润雏形土中降解最慢；(2)土壤有机质含量与阿维菌素半衰期相关性较强，相关系数为0.9323，而土壤酸碱度、总氮含量、阳离子交换量和田间最大持水量等因子与阿维菌素半衰期相关性较小，说明影响阿维菌素在土壤中降解的最主要因子为有机质含量；(3)土壤有机质、土壤温度和农药浓度等因素对阿维菌素在土壤中的降解有较大影响，此外灭菌条件下其降解半衰期远大于未灭菌时的半衰期，这表明阿维菌素在土壤中的降解可能和土壤微生物有关。

The result shows that when HPLC adopts 254 nm as scan wavelength, and the mixture of acetonitrile and water according to appropriate proportion as flowing phase, the parameters such as accuracy, repetition and precision et al for the method are all good to satisfy the essential rules of pesticide residue determination.Chapter three is the degradation of Abamectin in soils. The results show:(1) The decomposition of Abamectin is fastest in Aquic Cambosols while slowest in Udic Cambosols in five kinds of different soils.

第三章研究了阿维菌素在土壤中的降解，结果表明：(1)五种不同类型土壤中，阿维菌素在潮湿雏形土中降解最快，而在湿润雏形土中降解最慢；(2)土壤有机质含量与阿维菌素半衰期相关性较强，相关系数为0.9323，而土壤酸碱度、总氮含量、阳离子交换量和田间最大持水量等因子与阿维菌素半衰期相关性较小，说明影响阿维菌素在土壤中降解的最主要因子为有机质含量：(3)土壤有机质、土壤温度和农药浓度等因素对阿维菌素在土壤中的降解有较大影响，此外灭菌条件下其降解半衰期远大于未灭菌时的半衰期，这表明阿维菌素在土壤中的降解可能和土壤微生物有关。

When the poisonous pesticide is degraded, it is likely pollute soil and water. If the underground water level is within 6 meters to the ground, the eluviated pesticide may pollute the underground water. Thus we have to be cautious when using pesticide

一切的化合物都具有毒素，当施药隐埋后应考虑到农药对土壤、水体降解过程中，药剂施用毒土形成后的向下淋溶径流降解，当地下水位距地面6米范围内时，向下淋溶径流降解的农药就有可能对地下水造成污染，故所应持极其注重态度对待。

As shown in the experimental results: as the conductor of petroleum biological degradation, the quantity of microorganism is the important factor of petroleum degradation efficiency, the huge natural capacity of microorganism in soil is its foundation of bioremediation; petroleum density in certain scope do not affect for the degradation efficiency of petroleum, and in the density of 5%, its initial degradation efficiency is higher, however after training 40 days, this kind of advantage change weak gradually, the reason may be the petroleum of high density probably having certain poison role for microorganism; the best ecological condition of petroleum contaminated soil bioremediation is that nutrition material C: N = 60, electron receives body HiOi joining quantity amount to 12 mg/g, water content is 50%, surface activator is anion surface activator of 12 Wan base benzene sulphur sour sodium; the relation of primary and secondary of factor is water content, surface activator, nutrition material and electron receiver.

试验研究结果表明：作为石油生物降解的执行者，微生物的数量是影响石油降解效率的重要因素，土壤中微生物的巨大的自然容量是其生物修复的基础；石油浓度在一定范围内对石油的降解效率并没有影响，并且在5％浓度时，其起始降解效率较高，但是到了培养40天以后，这种优势渐渐变弱，可能还是高浓度的石油对微生物有一定的毒害作用；石油污染土壤生物修复的最佳生态条件为：营养物质C：N为60，电子受体H_2O_2的累计加入量为12mg/g，含水量为50％，表面活性剂为阴离子表面活性剂十二烷基苯磺酸钠；因素的主次关系为：含水量、表面活性剂、营养物质和电子受体。

与可能降解的相关的网络解释 [注：此内容来源于网络，仅供参考]

basement membrane：底膜

与文献报道相符, 提示PTEN基因表达的缺失与胃癌的发生、发展、浸润和转移密切相关, 而且可能为判断胃癌的恶性程度提供依据.细胞外基质(extracellular matrix, ECM)和基底膜(basement membrane)降解是恶性肿瘤浸润

CFCs：含氯氟烃

危害当地的森林和农作物,同时还可能带入各类细菌,影响人、畜的安全,新开发的化学合成材料,如PVC塑料难以自然降解,在被当作废弃物加以焚烧时会污染大气;在生产发泡性衬垫塑料的过程中,含氯氟烃(CFCS)发泡剂的使用会破坏臭氧层,

deglutition：吞咽

deglaciation 冰川的消失 | deglutition 吞咽 | degradable 可能降解的

degradable：可能降解的

deglutition 吞咽 | degradable 可能降解的 | degradand 被降职者

degradand：被降职者

degradable 可能降解的 | degradand 被降职者 | degradation 降级

Identified：确定的

一般源自原料药或制剂的生产过程和贮存期间,这些杂质可能是已知的或已确定的(identified),也可能是未知的或未确定的(unidentified),包括合成的起始物、副产物、中间体、降解产物及试剂、配位体和催化剂等.

kerogen：干烙根

通常依据干烙根(kerogen)中的有机成分来进行相关的分析. 这些烃是不可溶的,因此不可能被时代较新的岩石所污染. 化学分析同样也很重视相对未发生变质的岩石,这是因为温度和压力会以多种方式降解并改变烃,进而污染重要的细微证据.

mucoid：类 粘 液

甲状腺功能低下时,全身皮肤的真皮及皮下组织的基质中有较多类粘液(mucoid)及水分潴留,形成粘液水肿(myxedema),其机制可能医生是甲状腺功能低下时,能促进透明质酸酶活性的甲状腺素分泌减少,致透明质酸(类粘液的主要成分之一)降解减弱而大量潴积于组织内.

Nonsense：无义

糖(Ara)对阿拉伯糖操纵子中araB、A、D基因转录的影响是:( )B.通过DNA弯折(bending)而促进转录酶最可能是因为编码哪一种蛋白质的基因无义(nonsense)造成的:( )C.降解物激活蛋白(CAP)5.在研究细菌SOS调谐子(regulon)的作用机理时,

Subcritical：次临界

Lagader等[72]利用次临界(Subcritical)水来去除土壤中的多环芳烃及一些杀虫剂,修复后的土壤施肥后可以生长植物,且对蚯蚓的毒性由100%降低到0. 但是,化学降解虽然可以降低土壤污染物的毒性或含量,但是可能形成毒性更大的副产物.