我们把桐子榨油来点灯。
We used oil squeezed from seeds of tung trees to light our lamps.
本文介绍了桐子林斜拉桥动力特性现场实测情况。
In this paper, the conditions about the measured dynamic property of the Tongzhiline cable-stayed bridge in test site are introduced.
本发明公开了一种以小桐子油为原料连续化生产生物柴油的方法及其装置。
The invention discloses a method for continuously producing biological diesel oil by taking tung oil as a raw material and a device thereof.
该方法适用于小桐子油或其与石化柴油的混配燃油的生产、运输和储藏过程。
The method is applicable to the production, transportation and storage of Jatropha curcas oil or the mixed fuel oil of Jatropha curcas oil and petroleum diesel.
温度是影响云南省小桐子地理分布的主要限制因子，分布区的海拔高度和年均温有强负相关性。
Temperature is the most significant limitation factors on distribution of J. curcas. There is a remarkable negative correlation between altitude and mean annual temperature of the distribution areas.
在研究山桐子果实含油率、山桐子油成分的基础上，探讨山桐子油在食用油及生物能源等方面的利用。
The utilization of Idesia polycarpa oil in edible oil and bio-energy are studied by analyzing its component and the oil content of the seed.
其中醇-水萃取之后的甘蔗渣，小桐子和南美油藤果壳材料，水解具有较高的产率，其中总还原糖、葡萄糖以及木糖的产率分别为79.8%， 58.3%， 97.2%；
For water-ethanol extracted bagasse, Jatropha and Plukenetia hulls, higher yields of total reducing sugars (TRS), glucose and xylose were 79.8%, 58.3%, 97.2%;
其中醇-水萃取之后的甘蔗渣，小桐子和南美油藤果壳材料，水解具有较高的产率，其中总还原糖、葡萄糖以及木糖的产率分别为79.8%， 58.3%， 97.2%；
For water-ethanol extracted bagasse, Jatropha and Plukenetia hulls, higher yields of total reducing sugars (TRS), glucose and xylose were 79.8%, 58.3%, 97.2%;
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