基本释义:

精炼石蜡

网络释义

1)Fully Refined Paraffin Wax,精炼石蜡

2)PARAFFIN WAX Fully Refined,精炼石蜡

3)half-refined paraffin,半精炼石蜡

4)semi-refined paraffin wax,半精炼石蜡

5)PARAFFIN WAX SEMI REFINE,半精炼石蜡

6)semi refined wax,半精炼石蜡料

7)refining,精炼

8)refinement,精炼

9)refine,精炼

10)refining process,精炼

用法和例句

With 54# half-refined paraffin as raw material,the technology of the second injecting steam of ethane cracking is used for reference in the paraffin cracking process which avoides the coke produced in cracking furnace.

采用优质的54#半精炼石蜡,将乙烯裂解二次注汽技术融合在石蜡裂解技术中,避免了裂解炉结焦;考察了单程裂解、炉前甩残蜡循环裂解、炉后甩残蜡循环裂解在相同的工艺条件下的产品质量、产品收率及存在的问题;验证了新的炉后甩残蜡循环裂解是较好的工艺路线,在较高的水蜡比15%(质量分数),高温600℃、低烃分压和短停留时间(2s左右)条件下,能生产出高质量的α-烯烃产品(总烯烃质量分数在97%以上,α-烯烃含量为88%)。

The comparison between gold electrolysis and solvent extraction refining process;

金电解与溶剂萃取精炼工艺比较分析

Fast refining process of continuous casting liquid steel;

连铸钢水快速精炼工艺实践

Optimization of LF refining process and slag for low carbon aluminum containing steel;

低碳含铝钢LF炉精炼工艺及精炼渣的优化

Craft and application of the AOD refinement for high strength low metal alloy steel;

AOD精炼高强度低合金钢工艺及应用

Study on extraction and refinement of grape seed oil;

葡萄籽油的提取和精炼工艺研究

The Refine Process Control in Ladle Furnace (LF) Based on Mathematical Model;

基于数学模型的钢包精炼炉过程控制

Results show the refined cherry kernel oil is transparent with enjoyable flavor and odor,and the acid value and phospholipin content of the refined cherry kernel oil reduce remarkably and the peroxide value rises appreciably.

对樱桃仁油的精炼方法和工艺条件进行了研究,采用水化脱胶、碱炼脱酸、活性炭脱色和真空蒸汽脱臭的方法制得了精炼樱桃仁油。

The paper studied the influence which AZ91 magnesium alloy scraps were refined with flux of different composition content.

试验了熔剂组分的不同配比对AZ91镁合金废料精炼效果的影响,通过对精炼后得到的镁合金试样的金相显微观察,判断熔剂组分的最佳配比方案。

A new mathematical model used for forecasting molten steel temperature during LF refining process was established on the basis of heat transfer principle with theoretical analysis.

以钢水和炉渣为研究体系 ,通过对 L F炉精炼过程中能量收入和损失的系统分析 ,根据体系的能量平衡规律推导出 L F炉精炼过程钢水的升温速率数学模型。

In ladle furnace refining process, temperature and component control are the two masterstroke from the beginning to the end.

在LF炉精炼过程中,温度及成分控制始终是两条主线。