利用泥炭为原料制备腐殖酸树脂。
以富马酸和松香为原料制备富马海松酸。
Fumaropimaric acid was prepared from rosin and fumaric acid as raw materials.
研究以糙米为原料制备多孔淀粉的生产工艺。
Production craft of microporous starch prepared with unpolished rice as raw material were studied.
利用国产原料制备了压延取向粘结铁氧体磁体。
Bonded hard ferrite magnets were prepared by rolling process using domestic material.
采用程序升温法，以正己烷为碳化原料制备碳化钼，对噻吩。
Molybdenum carbide was prepared with n-hexane as carbon source by temperature programming method.
研究了以辉绿岩厂“三废”为主要原料制备抗酸水泥的方法。
We have studied the preparation of acid resisting cement from local waste.
采用环氧氯丙烷为交联剂，以小麦淀粉为原料制备小麦交联淀粉。
Wheat cross-linked starch was prepared from wheat starch by using epichlorohydrin as cross-linking agent.
以柠檬酸和尿素为原料制备柠嗪酸，并通过正交法优化其制备条件。
Citrazinic acid was synthesized from citric acid and urea. The preparation condition was optimized by orthogonal test.
本论文较系统研究了以胭脂虫为原料制备胭脂虫红色素的工艺过程。
This subject use cochineal as raw material, red pigment composition of extraction and purification systems - depth study.
本论文主要研究了以大豆废渣为原料制备风味良好的大豆多肽的问题。
The problem of producing flavorful polypeptides from soybean residue was discussed in this research.
此外，还介绍了以非苯原料制备己二酸、己二胺的开发情况和市场动向。
The tendency of preparing adipic acid and hexamethylene diamine from non-benzene materials is also introduced.
在实验室以磺酸阳离子交换树脂为原料制备含硫和氮的水不溶性杀菌剂。
A water insoluble bactericide containing sulfur and nitrogen was synthesized using ion exchange resin as raw material in laboratory.
介绍了以钢渣、粉煤灰、铜尾矿及砂岩为主要原料制备微晶玻璃的方法。
The method of manufacturing glass ceramics with steel slag, fly-ash, copper mine tailings and sandstones as major materials was described.
根据蒸压材料工艺学原理，使用石材厂的石粉泥浆为原料制备蒸压灰砂砖。
Based on the principle of autoclaved process, autoclaved sand-lime brick have been made using stone powder slurries from stone processing factories.
以纳米硅酸镁锂、羰基铁粉、硅油等原料制备了一种稳定性好的磁流变液。
A novel magnetorheological fluid was prepared with nanometer lithium magnesium silicate, carbonyl iron particle, silicon oil and so on.
介绍了以麦麸、豆渣、玉米芯、椰子渣、蔗渣为原料制备膳食纤维技术及其生理功能。
Preparation techniques and physiological actions of the dietary fibers from wheat bran, bean residue, corncob, cocoanut residue, bagasse are introduced.
介绍了以麦麸、豆渣、玉米芯、椰子渣、蔗渣为原料制备膳食纤维技术及其生理功能。
Preparation techniques and physiological actions of the dietary fibers from wheat bran, beau residue, corncob, cocoanut residue, bagasse are introduced.
以污水厂污泥为原料制备了污泥吸附剂，采用该污泥吸附剂进行了烟气脱硫的实验研究。
After sludge adsorbent preparation with sludge in sewage farms, the experiments and researches of flue gas desulphurization were carried out.
首次对以稻草为原料制备人造棉工艺中操作因素的影响及产生的废液处理问题进行了探讨。
For the first time, the technology of producing artificial cotton from rice straw and the issue of treatment of the waste liquid is investigated.
以普通聚乙烯地膜为对照，研究了以玉米淀粉为主要原料制备的生物降解保水地膜的田艺特性。
The field characteristics of biodegradable farm film made from corn starch as main material were studied in contrast with PE farm film.
方法：用天然橡胶和特效触变剂等原料制备具有触变性的凝胶，研究该凝胶分离血清的较优组成。
Methods: the thixotropic gel was prepared by using natural rubber, special thixotropic agent and other chemicals, and better composition of the blood separating gel was studied.
根据酯在碱性条件下水解反应生成醚的原理，研究了以甲基硫酸钠废渣为原料制备二甲基硫醚的方法。
Based on the principle of ester hydrolyzation to ether in alkali condition, the process for preparation of dimethyl sulfide from sodium methyl sulfate residue was investigated.
本研究以荞麦淀粉为原料制备荞麦淀粉醋酸酯，通过正交试验，确定合成荞麦淀粉醋酸酯最优工艺条件。
The reaction conditions of Buckwheat starch acetate from buckwheat starch were studied, The technique of preparing buckwheat starch acetate were optimized by orthogonal experiment.
对以葵花子油、棉子油为原料制备印刷油墨用植物油树脂的温度控制、粘度控制及催化剂影响进行了研究。
The temperature control, the viscosity controal and the effect of catalyst in the preparation process of vegetable-oil-based resin have been studied in this paper.
以氯气和氢氧化钠为原料制备次氯酸钠溶液，控制其中游离碱含量在10.8%左右，有效氯在8.0%左右。
Sodium hypochlorite solution has been prepared by chlorine and sodium hydroxide, the content of free alkali should be controlled at about 10.8%, and the effective chlorine at about 8.0%.
以氯气和氢氧化钠为原料制备次氯酸钠溶液，控制其中游离碱含量在10.8%左右，有效氯在8.0%左右。
Sodium hypochlorite solution has been prepared by chlorine and sodium hydroxide, the content of free alkali should be controlled at about 10.8%, and the effective chlorine at about 8.0%.
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