生产时的

When producing carnallite by mixing brine ,the old brine composition can influence the production index,including per unit yield and productivity of carnallite and the content of sodium chloride,in the solid of mixing brine .

盐湖兑卤生产Car时，兑卤所用的老卤组成会对兑卤固相物中的NaCl含量、Car的产率和Car的单产等生产指标产生影响。

During carnallite was produced by mixing brine in the salt lake,the temperature influenced the production index in the solid produced by mixing brine ,including the productivity of carnallite,perunit yield of carnallite and content of sodium chloride and so on.

盐湖兑卤生产光卤石时，温度往往会对兑卤固相物中的NaCl含量、Car的产率和Car的单产等生产指标产生影响。

During carnallite was produced by mixing brine in the salt lake s,mixing brine ratio frequently influenced the production index in the solid produced by mixing brine,including the productivity of carnallite,per unit yield of carnallite and content of sodium chloride and so on.

盐湖兑卤生产光卤石时，兑卤比往往会对兑卤固相物中的NaC l含量、Car的产率和Car的单产等生产指标产生影响。

During carnallite was produced by mixing brine in the salt lakes, mixing brine ratio frequently influenced the production index in the solid produced by mixing brine,including the productivity of carnallite,per unit yield of carnallite and content of sodium chloride and so on.

盐湖兑卤生产光卤石时，兑卤比往往会对兑卤固相物中的NaC l含量、Car的产率和Car的单产等生产指标产生影响。

In this topic, the following items are described. How to design analogy IC production test specification, how to begin correlation test, and how to manage low yield.

本文从测试生产的要求，描述了产品公司的产品工程师在制定模拟电路测试方案时，如何更好地与生产结合。

An audit notification by the third party auditing firm will be made 30 days prior to the audit date.

备注：审核时，审核不一定在产品制造商生产可口可乐公司的产品时才进行。

And kinematic viscosity at 30° C. is 2.0 mm 2 /s to 10.0 mm 2 /s, is obtained from waste edible oils such as rape seed oil, sesame oil, soybean oil, maize oil, sunflower oil, palm oil, palm kernel oil, coconut oil, corn oil, safflower oil.

本发明涉及一种方法生产的柴油燃油从废物中的食用油，其中一个所谓的蔬菜柴油燃油，其中十六烷值指数是45至70 ，闪点是80 ° C时，以210 ° C时和运动粘度在30 ° C时为2.0毫米2 /秒10.0毫米2 /秒，是从废物中得到的食用油，如菜籽油，芝麻油，豆油，玉米油，葵花籽油，棕榈油，棕榈仁油，椰子油，玉米油，红花籽油。

Melting point 3410 ℃, boiling point 560 ℃, relative density of 1935, F the external electronic structure of 5d46s2, in the chemical reaction time is very easy to lose 1-6 electronic, but also can get 1-2 electronic, so oxidation number of 0,± 1,± 2, 3, 4 , 5 and 6, with 6 price of the most stable compounds, such as WO3 does not dissolve in water, the air will form in the tungsten trioxide thin protective layer of tungsten, tungsten with fluorine at room temperature, chemical combination, red hot when there is no moisture and Bromine iodide together, red hot when you can and water reaction WO3, at room temperature reaction of tungsten with aqua regia, but the hot concentrated hydrochloric acid and sulfuric acid can only be played with its weak response, but molten nitrate, nitrite, too Hydrogen peroxide, sulfur steam, steam and other phosphorus can play intense reaction, high temperature can not be carbon, boron and silicon reaction of binary compounds, widely used in industrial tungsten steel and tungsten carbide, pure tungsten filament is used to the system, and X-ray tube Tube heating components, semiconductor components can be prepared tungsten silicide, tungsten industrial production is white or black tungsten ore tungsten ore refining.

熔点3410℃，沸点560℃，相对密度1935，F外围电子结构为5d46s2，在化学反应时很容易丢掉1—6个电子，也能得到1—2个电子，所以氧化数为0、±1、±2、＋3、＋4、＋5和＋6，以＋6价化合物最稳定，如WO3不溶于水，空气中的钨会形成薄层三氧化钨保护层，钨能与氟在室温下化合，红热并无潮气时能与溴、碘化合，红热时还能和水反应生成WO3，室温下钨可与王水反应，但热的浓盐酸和硫酸只能与其起微弱反应，但对熔融的硝酸盐、亚硝酸盐、过氧化氢、硫蒸汽、磷蒸汽等能起激烈反应，高温下不能与碳、硼和硅反应生成二元化合物，工业上广泛使用钨钢和碳化钨，纯钨用来制灯丝、电子管和X射线管的发热元件，硅化钨可制半导体元件，钨工业生产是将白钨矿石或黑钨矿石精炼。

Production process and each shift output display in time, actual output is up to given number, machine stops automatically, rotating speed, filling number and production data record of ribbon looms are displayed.

实时显示生产进度以及各班次的产量，实际产量到达设定产量时自动停机，并实时显示织机的转速及纬号，生产数据记录。

Effects of the initiate time of the profile modification, injection rate of chemical agents used in the water control, horizontal to vertical permeability contrast on incremental oil recovery or decremental water production have been also investigated using this software.

通过研究层状油层影响堵水调剖效果的因素可得出以下结论：(1)对层间渗透率差异较大、垂向渗透率较低的层状油层较佳调剖时机为注入水沿高渗透层突进至生产井时，既对应生产井含水越低，注水井调剖措施增油效果越显著。

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。