怀疑派的模式倾向于，他们平静地认为，可再生资源技术进步的步伐太过缓慢，极大地增加了尝试限制碳排放量的费用。
The skeptics' models tended to assume, quietly, that the pace of technological advance for renewable energy would be sluggish - significantly raising the costs of trying to cap carbon emissions.
生物柴油是以植物油和动物脂肪等可再生资源为原料，通过化学、物理、生物等技术手段而制成的。
The biodiesel is prepared by chemical, physical and biological technology using renewable resources such as vegetable oils and animal fats as raw materials.
因此，未来的激光雕刻技术，注重节约能源，绿色技术和可再生资源的利用可能对税收优惠的资格。
As a result, future laser engraving technologies that focus on energy conservation, utilization of green technologies and renewable resources may be eligible for tax incentives.
指出重视化学反应基础理论研究、利用高新技术及开发可再生资源等应是未来有机合成绿色化研究的重要内容。
It is pointed out that future research should focus on emphasizing theoretical research of chemical reactions, utilizing high and new technology, developing renewable resources, etc.
可再生资源淀粉生物全降解塑料合成新技术，沈阳农业大学，马涛。
Synthetic new Technologies on Renewable Resources Starch-fully Biodegradable Plastics, Shenyang Agricultural University, Ma Tao.
能源将来自可再生资源，如太阳能和风能，同时节能建筑技术将使能源需求最小。
Energy will be generated from renewable resources like the sun and wind, while energy efficient building technologies will minimize energy needs.
系统生物技术研究室，研究生物技术在食品、可再生资源等方面的应用基础和方法。
System biotechnology Laboratory, researches applied foundation and methods in the food, the reborn resources by biotechnology.
该技术很大程度上能缓解当今社会的能源危机以及环境污染，是人类开发可再生资源的一种非常有效的途径。
The technique can largely alleviate social energy crisis and pollution of the environment. It is a efficient way for human to exploit the reborn resources.
木质纤维是地球上最丰富的可再生资源，木质纤维资源的转化利用已成为必然趋势，而在木质纤维功能转化中预处理技术起着非常重要的作用。
Lignocelluloses is a abundant reproducible resource and its using is becoming a necessity trend. The pretreatment technology is the key process in the lignocelluloses transformation.
生物质是地球上存在的最丰富的可再生资源，通过热解技术实现生物质高值转化是一种前途乐观的工艺。
Cellulosic biomass is the most abundant renewable resources in the world. It is promising to convert it into high value products through pyrolysis technology.
生物质是地球上存在的最丰富的可再生资源，通过热解技术实现生物质高值转化是一种前途乐观的工艺。
Cellulosic biomass is the most abundant renewable resources in the world. It is promising to convert it into high value products through pyrolysis technology.
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