降解

根据我们展开的实验，这是一个不活跃的降解产物，并不会对身体产生影响。

According to the tests we carried out , it 's a non-active degradation product with no effect on the body .

腐败作用是蛋白性物质的厌氧降解作用。

Putrefaction is the anaerobic degradation of proteinaceous materials .

这种物质在土壤里会迅速降解。

This substance degrades rapidly in the soil .

它们在降解以后，磷酸盐会进入土壤。

As they degrade , the phosphates migrate into the soil .

其中聚酸酐类可降解性高分子材料是80年代初发展起来的一类新型可生物降解材料。

Novel biodegradable polymers-poly anhydrides have been developed since1980s'by the group of langer .

结果表明：吸附与生物降解作用是影响硝基苯在含水层中迁移转化的主要因素。

The experimental result indicated that adsorption and biodegradation actions are the main effecting factors in this study .

塑料是一种在自然中极难降解的物质。

Plastic is a substance that hardly decomposes in the nature .

海南省政府表示，可使用的替代品包括可降解塑料袋、纸袋、布袋以及亚麻布袋，可重复使用的塑料篮子、柳条篮、竹篮等。

On the list of substitutes are items such as biodegradable plastic bags ; paper , cloth and linen authorities .

《民航行业塑料污染治理工作计划（2021-2025年）》提出：到2025年，民航行业一次性不可降解塑料制品消费强度较2020年大幅下降。

By 2025 , the consumption of disposable non-degradable plastic in the civil aviation industry will decline sharply from the 2020 level .

12月1日起，海南省全面禁止一次性不可降解塑料袋、塑料餐饮具等用品的生产、销售及使用。

Disposable plastic bags and tableware that are non-degradable have been banned from production , sale and use starting Tuesday in China 's island province of Hainan .

列入首批禁塑名录的产品包括一次性塑料袋、包装袋、餐盒、碗、水杯以及吸管等不可降解聚合物制品。

The first batch of items to be banned include products such as disposable plastic bags , packaging bags , meal boxes , bowls , drink cups and straws made from non-biodegradable polymers .

民航局表示，明年起，国内客运航班将禁止提供一次性不可降解塑料吸管、餐具、包装袋等用品。

China will ban the use of disposable plastic packaging bags , tableware and straws made from non-degradable materials on domestic flights starting next year , the Civil Aviation Administration of China said .

报告重申，到2025年年底，全国范围邮政快递网点禁止使用不可降解的塑料包装袋、塑料胶带和一次性塑料编织袋。

Compiled by the development and research center of the State Post Bureau , the report reaffirmed the country 's plan to cease the use of non-degradable plastic packaging , plastic tape , and single-use plastic woven bags at postal and express service outlets by 2025 .

采用负载型纳米TiO2/AC在流化床反应器中降解罗丹明B染料废水。

Rhodamine B dye wastewater was degraded by supported nanometer TiO_2 / AC in fluid bed reactor .

光-生物降解PE塑料配方设计和评价研究

The formula design and evaluation of photo-biodegradable PE plastics

建立粟酒裂殖酵母发酵降解苹果渣中的有机酸技术，为后续乳酸杆菌发酵提供适宜的pH环境条件；

To set up a technology of acidity decreasing by fermentation with Schizosaccharomyces pombe to ascend pH value ;

其中对组织屏障&细胞外基质（extracellularmatrixECM）的降解是肿瘤发生转移的重要步骤。

Degradation of extracellular matrix ( ECM ) is a key step for metastasis .

加氢法与可控降解法生产的PP性能对比

Performance comparison between PP resins produced by hydrogen modulation process and controllable degradation process

无义介导的mRNA降解与肿瘤

Nonsense-mediated mRNA decay and tumor

Mo掺杂纳米TiO2光催化材料的制备及其降解氨气的研究

Preparation of Mo-Doped Nano-TiO_2 Photocatalytic Material and Its Characteristics of Ammonia Degradation

凝胶渗透色谱法在测定可降解PVC塑料分子量中的应用

Application of Gel Permeation Chromatography ( GPC ) to Determination of Molecular Weights of Degradable PVC Plastics

用~（14）C同位素示踪法和气相色谱法研究了粉锈宁农药施用后在小麦和土壤中的残留降解规律。

~ ( 14 ) C tracer analysis and gas chromatography were used to study the residual and degradation characteristic of triadimefon in wheat and soil .

可生物降解纤维聚乳酸（PLA）纤维第Ⅱ报.性能特征及其应用前景

A Biodegradable Fiber - Polylactide Fiber Part II Performance Features and its Applications

当BP溶液pH值为3.94时，UV/H2O2/微曝气对BP的降解速率最大。

When the pH of BP solution was 3.94 , the BP degradation rate by UV / H2O2 / Micro-aeration was the greatest .

纳米α-Fe2O3粉体的制备及在光催化法降解苯胺中的研究

The Preparation of α - Fe_2O_3 Powder and Study on Photocatalytic Degradation of Aniline by α - Fe_2O_3

TiO2-Fenton试剂光氧化降解水中氯代有机物的研究

The Photodegradation of Chlorinated Organic Compounds in Water by TiO_2 & Fenton Systems

TiO2粉末的悬浮体系石油烃类化合物光催化降解

Photodegradation of Hydrocarbons Catalyzed by TiO_2 in Aqueous Suspension

控制微生物对某些环境污染物降解的质粒&降解性质粒，分子量较大，难于和染色体DNA分离。

Degradative plasmids which contain some genomes characteristics of microbial degradation of some environmental pollutants are of large molecular weight and hence difficult to be isolated from chromosome .

这说明，pH值为5.8的酸性培养基和喜树叶片薄壁细胞内的酸性成分自泌可能共同诱导了其细胞壁的酸性降解。

This indicated the medium of pH 5.8 and the secretory acid component in parenchyma cell in C. acuminata leaf both induced the cell wall degradation .

热降解机理是Deceleration中的D3降解机理；

The thermal degradation mechanism obeyed D 3 in Deceleration ;