无碳的

Is a company specializing in the production of carbonless private enterprises.

张家港中锐无碳复写纸有限公司是一家专业生产无碳复写纸的民营企业。

A percentage of carbonless paper is allowable.

允许少量无碳的复写纸。

By comparative analysis of applicability, we concluded that the microcapsule from sodium alginate used in carbonless copy paper had the same advantages as domestic and foreign抯 in the characteristic of use, stableness and the speed of color development and so on.

证明了以海藻酸钠为壁材单凝聚法制备的无碳复写纸用微囊具有较高的包埋率、不渗透性、稳定性及一定强度；通过应用性的对比分析，认为以海藻酸钠为壁材自制的无碳复写纸用微囊在使用性能、稳定性、显色速度等方面均可达到国内外无碳复写纸的水平。

Each part carbonless copy paper are very thin, prone to feed or heap paper error, or due to temperature factors with sensory melting of paper media, so a lot of business card printing carbonless copy paper prior to spare change and maintain condition evaluation.

无碳复写纸每部分都很薄，容易发生进纸或堆纸错误，或因温度因素融化纸张的压力感应介质，所以在大量制卡无碳复写纸之前，要做好备件更换和维护条件的评估。

Based on the discussion of the effect of the refractories on clean steel making, it is concluded that alkali refractories can reduce oxygen and sulfur contents, carbonless or low carbon refractories can suppress carbon pick up of steel; The antihydration property of magnesia calcium system can be improved by surface treatment.

通过耐火材料对纯净钢冶炼影响的讨论，得出发展碱性耐火材料可以脱硫和脱氧、无碳和低碳耐火材料可以抑制增碳、用表面处理的方法可以改善镁钙系耐火材料的抗水化性和合理使用耐火材料可以有效地减少钢中的氢含量的结论

In order to adopt the actual situation of manufacturing with domestic original material and operating level,the first national 1760mm model special coater for carbonless copy paper has been developed,researched and maded.It can reduce the cost of the project investment and save foreign currency.

为解决无碳复写纸生产的原材料国产化，开发和研制出国内第一台1760mm无碳复写纸专门涂布机，并成功投入生产。

The reason for the fail of carbon nitride synthesis was analysed and relevant graphitoid carbon nitride and unformed carbon nitride s were introduced in the article.

分析了妨碍碳氮化物合成成功的原因，对相关的类石墨的碳氮化合物和无定型的碳氮化合物作了介绍。

The austenites without and with C and metallicalloying elements are found in the alloy as solid solution treated state. While the martensiteswithout and with C and alloying elements may be induced by cold deformation.

发现该合金在固溶处理状态时为两类奥氏体，即无碳奥氏体和含碳奥氏体；经变形诱发出不含碳与合金元素的无碳马氏体及含碳与合金元素的合金马氏体。

Iron and steel materials to apply a wide range of reasons, first of all, the ingredients can be used to span, and from close to non-carbon content of pure iron to about 4% of cast iron, alloy, in this context, the phase structure and microstructure are great change; In addition, a variety of thermal processing is to process, in particular, metal heat treatment technology, a substantial change in composition and properties of alloys.

钢铁材料适用范围广阔的原因，首先在于可用的成分跨度大，从近于无碳的工业纯铁到含碳4％左右的铸铁，在此范围内合金的相结构和微观组织都发生很大的变化；另外，还在于可采用各种热加工工艺，尤其金属热处理技术，大幅度地改变某一成分合金的组织和性能。

The carbon dioxide produces the main way is fossil fuel massive burning, now mainly through enhances the fossil fuel the energy use factor, the use low-carbon or the non-carbon emerging energy took the fossil fuel the substitute, as well as the carbon dioxide collection and the storage realize the carbon dioxide to reduce the platoon.

二氧化碳产生的主要途径是化石燃料的大量燃烧，现在主要通过提高化石燃料的能源利用率，使用低碳或无碳的新兴能源作为化石燃料的替代品，以及二氧化碳的收集和储存来实现二氧化碳的减排。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。