低碳

中俄要推进更多低碳合作项目，为实现全球可持续发展目标发挥建设性作用。

China and Russia should promote more low-carbon cooperation projects and play a constructive role in achieving global sustainable development goals .

中国将加强生态文明建设，加快调整优化产业结构、能源结构，倡导绿色低碳的生产生活方式。

It will do more on the ecological front , by transforming and improving its industrial structure and energy mix at a faster pace and promoting a green , low-carbon way of life and production .

要在严格保护生态环境的前提下，全面提高资源利用效率，加快推动绿色低碳发展。

We should comprehensively improve the efficiency of resource utilization protecting the ecological environment .

要在严格保护生态环境的前提下，全面提高资源利用效率，加快推动绿色低碳发展，努力建设人与自然和谐共生的绿色发展示范带。

We should comprehensively improve the efficiency of resource utilization coexistence between human and nature .

根据“十四五”规划和2035年远景目标建议，中国将推动能源清洁低碳安全高效利用，加快新能源、绿色环保等产业发展，促进经济社会发展全面绿色转型。

Under the recommendations for formulating China 's 14th five-year development plan and the long-range goals for 2035 , China will pursue clean , low-carbon , safe and efficient use of energy and accelerate the growth of new energy and green industries to promote greener economic and social development in all respects .

ⅣB、Ⅷ族金属配合物体系催化乙烯齐聚合成直链低碳α-烯烃的研究

Study on Oligomerization of Ethylene to Linear Low Carbon α - olefins by ⅳ B 、ⅷ Groups Metal Complexes

实验证明，某些球形碳化树脂对于惰性气体，永久气体和C1～C3低碳烃气体具有良好的分离能力。

It has been proved that the separation efficiency for inert gases , permanent gases and C1-C3-light hydrocarbons is excellent .

Mn助剂对CuFeZrO2低碳醇合成催化剂的修饰作用

Effect of Manganese Promoter on the CuFeZrO_2 Catalyst for Higher Alcohols Synthesis

LDRHCC工艺生产低碳铝镇静钢清洁度的研究

Research on the cleanliness of low carbon Al-killed steel during LD-RH-CC process

不同方法制备的Cu－Co低碳醇合成催化剂的比较研究Ⅰ.吸附态CO的红外光谱

A comparative study on Cu-Co catalysts differing in preparation for the synthesis of lower alcohols i.ir spectra of adsorbed CO

以Mn代Ni对低碳高合金钢组织性能的影响

Influence of substituting nickel with manganese on the structure and property of the low carbon high alloy steel

研究了工业纯铁、Al合金、低碳锰钢三种材料的断裂时间与应力、温度的关系。

The relation between fracture lifetime , stress and temperature was investigated of pure iron , low-carbon manganese steel and Al alloy .

利用脉冲-原位红外测试技术，观测了从C1中间物到C2中间物演变的动态过程，同时还考察了甲醇对低碳醇合成的影响。

Meanwhile , the pulse in situ technique was used to observe the evolution from primary species to C2 intermediates and the influence of methanol on higher alcohol synthesis .

热轧板带钢的生产工艺CSP技术生产热轧低碳钢板的组织细化研究

Analysis on the refined Microstructure Evolvement of low carbon steel hot rolling strip produced by CSP Technology

采用熔融硅Al2O3/KCl大孔径毛细管柱，用气相色谱直接进样方式，对汽车尾气中的低碳烃类化合物进行了分析监测。

By using fused silica Al2O3 / KCl capillary column to analyze C1-C4 hydrocarbons in automobile exhaust gas and atmosphere , and sample directly by GC .

合成低碳醇用超细Mo-Co-K催化剂的XPS研究

XPS Study of Ultrafine Mo-Co-K Catalyst for Synthesis of Lower Alcohols

利用金相显微镜和电子显微镜等方法对微Ti低碳钢板的微观组织和第二相粒子的沉淀行为进行了研究。

The microstructure and precipitating behavior of second phase particles in low carbon sheet steel containing micro-amount of Ti was studied by means of optical and electron microscope .

Ni-Zn体系催化乙烯齐聚制线性低碳α-烯烃的研究

Linear lower α - olefins synthesis by ethylene oligomerization with Ni-Zn catalyst

基于MFA分析下的低碳经济发展战略

Strategies for Low-Carbon Economy Development by Using MFA

PLOT柱是用于永久性气体，低碳烃和挥发性化合物色谱分析的最有效的工具，经常用于替代经典填充柱。

PLOT columns have become powerful and routine tools in gas chromatographic analysis of fixed gases , light hydrocarbons and volatile solvents . They often replace traditional packed columns .

TSCR生产低碳铝镇静钢薄带软化机理研究

Softening Mechanism of Low-Carbon Al-Killed Steel Strip Produced by TSCR Route

气相氧化裂解是一个高碳资源利用率的生产过程，除低碳烯烃外，其产物中的COx主要为CO，而CO2的选择性低于1%。

Apart from light alkenes , CO prevailed in the produced COX while the selectivity to CO2 was always below 1 % , so the efficient utilization of carbon resources in the GOC process is high .

在这样的大环境，企业的低碳绿色战略即将成为主流战略。在全球和中国饮料生产设备市场上，X机械设备制造有限公司在过去几十年内一直都是市场的领导者。

In this atmosphere , Low-carbon & green strategy will become a key and mainstream strategy . X Beverage Machinery Co. , Ltd is the market leader in the past years of worldwide market including china market .

在超低碳贝氏体钢中，采用弛豫-析出-控制相变（RPC）技术可得到细化的中温转变组织。

The ultra-fine bainitic microstructure in a high strength low carbon bainitic Mn-Nb-B steel has been obtained by a newly developing relaxation-precipitation-control phase transformation ( RPC ) processing .

低碳HastelloyA型铸造镍基合金的组织与性能的研究

Study of structure and properties of A-type Hastelloy cast nickel alloy with low carbon content

低碳高硫易切钢中MnS夹杂物形貌、分布的分析

The analysis of shape and arrangement of MNS mixed up in free - cutting steel of low carbon and high sulphur

简述低碳结构钢微合金系的发展，重点介绍NbV和NbTi微合金钢在强度、韧塑性、织构及焊接性能方面的差异。

The development of low carbon structural microalloyed steels was reviewed . The differences of strength , toughness , plasticity , texture and welding property between the Nb V and Nb Ti microalloyed steels were analyzed .

还原温度对超细K-Co-Mo催化剂合成低碳醇性能的影响

Effect of Reduction Temperature on Ultra-Fine K-Co-Mo Catalyst in Mixed Alcohol Synthesis

结果得出，低碳低合金钢丝比高碳Patenting钢丝具有高的低周疲劳抗力，温形变处理又可提高低周疲劳寿命30%～35%。并对这种钢丝的低周疲劳损伤进行了评价。

The results show that the low cycle fatigue properties of the wire is higher than that of high carbon Patenting steel wire .

结果表明，MnO可以使产物中甲烷选择性降低，低碳烯烃的选择性增加，（CO+H2）转化率下降。

The results showed that selectivity to methane decreased , CO + H_2 conversion decreased , and selectivity to light olefins increased with the addition of MnO .