查询词典 DW

Result The degradation speeds of poison-to-death barnyard grass, dichlorvos and methyl parathion in CW were rapid, and they degraded over 50% in 24 h and about 90% in 72 h. The degradation speeds of poison-to-death barnyard grass, dichlorvos and methyl parathion in LC and DW were more rapid than that of others, but slower than that of them in CW. In DW, except the degradation rate of poison-to-death barnyard grass was over 50% in 72 h, the degradation speeds of other pesticides were all slow, the fenvalerate nearly was not degraded.

结果］CW条件下毒死稗、敌敌畏、甲基对硫磷降解速度较快，24 h降解50%以上，72 h降解90%左右；LC和DW条件下毒死稗、敌敌畏、甲基对硫磷的降解速度较其他几种农药快，但较在CW条件下降解慢；DW条件下除毒死稗72 h降解率超过50%外，其他几种农药降解较慢，氰戊菊酯几乎没有降解。

With common pakchoi as the material, they were soaked in mixed solution with 1000 times of methyl parathion, dimethoate, dichlorvos, pyralid treat phosphorus, poison-to-death barnyard grass and fenvalerate for 1 min, and then they were saved in CW(25℃, humidity 55%RH), LC(4 ℃, humidity 60%RH) and DW (-24 ℃, humidity 70%RH) after air dried. After saved for 0, 24, 48 and 72 h, the samples from which were taken to determine the residual quantity of pesticides in pakchoi of different treatments.

方法］以普通小白菜为材料，将其在1000倍甲基对硫磷、乐果、敌敌畏、治螟磷、毒死稗和氰戊菊酯的混合稀释液中浸泡1 min，取出晾干后分别在CW（25℃，湿度55%RH）、LC（4℃，湿度60%RH）和DW(-24℃、70%RH)条件下保存，0、24、48、72 h后分别取样，测定各处理小白菜中农药的残留量。

"The person that pilfer date downloads " after entering user system, preexistence system dish below %WINDOWS%\Temp\ catalog, bury set " detectaphone "-- release date of file *dw.dll (* to represent virus the file name of original document).

"盗号下载者"进入用户系统后，先在系统盘的%WINDOWS%\Temp\目录下，埋设"窃听器"——释放文件*dw.dll (*号代表病毒原始文件的文件名)。

Yeast elicitor repeatedly added on days 15, 17 and 19 at the dose of 106 mg total sugar/1 medium improved PeGs accumulation further, and the final PeGs content and production reached 31.3 mg/g DW and 317.8 mg/1, which were 195%and 235% that of the control, respectively.

研究表明酵母诱导子的添加同时促进了细胞生长和PeGs合成，在培养第15、17和19天以106mg总糖／l的浓度三次加入酵母诱导子极大地刺激了PeGs的合成，其含量和产量在21天分别达31.3mg／g DW和317.8 mg／l，为对照培养的195％和235％。

Maxwell's equations group in fact was already found in the basic experimental laws of electromagnetic phenomena, as well as a single magnetic pole does not exist on the facts and the integrated displacement current assumptions, using an international system of units, these equations can be written as: DivDW =ρ or DW =ρ(1) kiDivBq = 0 or Bq = 0 (2) kiCurlEBq =- Zt or × EqkZ =- BqZt (3) ZCurlHDWDW = jE Zt, or × HW = jE Zkt (4) Z-type in the Curl, and Div were vector operator curl and divergence, Micro-k points for the Hamiltonian operator, in the rectangular coordinate system,= iZZEkx jEy kqz, iE, jE, kq along Zx, y, z-axis unit vector, a vector for any AW are × AW = CurlAW, kAW = DivAW; DW for the electric displacement, Bq for the magnetic induction intensity, Eq, and HW, respectively i field and electric field strength, jY for the conduction current density,ρ the charge density for free.

麦克斯韦方程组实际上是当时已发现的电磁现象的基本实验定律以及单个磁极不存在的事实和位移电流假设的综合，采用国际单位制，这些方程式可写成：DivDW＝ρ或DW＝ρ（1）kiDivBq＝0或Bq＝0（2）kiCurlEBq＝－Zt或×EqkZ＝－BqZt（3）ZCurlHDWDW＝jE＋Zt或×HW＝jE＋Zkt（4）Z式中Curl和Div分别为矢量算符旋度和散度，为哈密顿微k分算符，在直角坐标系中，＝iZZEkx＋jEy＋kqz，iE，jE，kq是沿Zx、y、z轴的单位矢量，对任一矢量AW有×AW＝CurlAW，kAW＝DivAW；DW为电位移，Bq为磁感应强度，Eq和HW分别为电i场和磁场强度，jY为传导电流密度，ρ为自由电荷密度。

Otherwise, the application of chemical fertilizers enhance the activities of saccharase and phosphatase, as while, to enhance its root vigors in the appalication of organic and conventional fertilizer. The activities of urease was the highest at the treatment with 72000 kg/hm2 mature of human (296.8 mgNH3-N/g DW), the activities of proteinase was the highest at the treatment with 36000 kg/hm2 mature of duck (5.15 mg NH2-N/g DW), the activities of cellulase was the highest at the treatment with 36000 kg/hm2 pig mature (0.869 mg glucose/g DW), the activities of saccharase and phosphatase were both the highest at the treatment with 1980 kg urea, 3600 kg/hm2 Ca3(PO4) and 1305 kg/hm2 K2SO4, having the value of 13.10 mgglucose/g DW and 44.46 mg P2O5/100g DW respectively.

土壤脲酶活性以施用72000 kg/hm2人粪尿的处理最高（296.8 mgNH3-N/g DW），蛋白酶以施用鸭粪36000 kg/hm2的处理最高（5.15 mg NH2-N/g DW），纤维素酶以猪粪36000 kg/hm2的处理最高（0.869 mg葡萄糖/g DW），蔗糖酶、磷酸酶活性均以施用1320 kg/hm2尿素、2400 kg/hm2 Ca3(PO4)和870 kg/hm2K2SO4的处理最高，分别达到13.10 mg葡萄糖/g DW和44.46 mg P2O5/100g DW。

Results showed that optimal conditions for high content of ergothioneine were moisture content at 40%, temperature at 30℃and polished adlay as medium, cubation 17 days (574.0 mg/kg dw), biomass was 139.0 mg/g dw.

经探讨后，以含水量40%之薏仁於30 ℃下培养17天后之麦角硫因量最高，可达574.0 mg/kg dw，再添加酵母萃取物为氮源可提高麦角硫因到824.8 mg/kg dw，生物质为139.0 mg/g dw；以含水量45%之荞麦於30 ℃下培养17天后之麦角硫因含量最高，可达580.6 mg/kg dw，生物质为163.4 mg/g dw，添加酵母萃取物为氮源，麦角硫因含量可达651.6 mg/kg dw。

With regard to physiologically active components, the contents of ergosterol and ergothioneine of mycelia (2056.4 mg/kg dw and 1514.6 mg/kg dw) were higher than others.

在生理活性方面，麦角固醇含量上以杏鲍菇菌丝体(2056.4 mg/kg dw)＞杏鲍菇荞麦(469.2 mg/kg dw)＞杏鲍菇薏仁(443.4 mg/kg dw)；麦角硫因含量也是以杏鲍菇菌丝体最高(1514.6 mg/kg dw)。

The addition of yeast extract for nitrogen source can increase content of ergothioneine (824.8 mg/ml dw);Fermentation of Pleurotus eryngii was polished buckwheat as medium, moisture content at 45%, temperature at 30℃and cubation 17 days could get high content of ergothioneine (580.6 mg/kg dw), and biomass was 163.4 mg/g dw, yeast extract as nitrogen source (651.6 mg/kg dw), Fructose as carbon source (721.4 mg/kg dw).

在碳源方面，添加果醣能提高麦角硫因含量为721.4 mg/kg dw。

The sucrose content of yams and bulbils were at the range of 2.88-14.40 mg/100g dw respectively.

蔗糖含量在2.88-14.40 mg/100g dw之范围，鼠李糖含量分别为2.44-6.61 mg/100g dw之间。

However, as the name（read－only memory）implies, CD disks cannot be written onorchanged in any way.

然而，正如其名字所指出的那样，CD盘不能写，也不能用任何方式改变其内容。

Galvanizes steel pallet is mainly export which suits standard packing of European Union, the North America. galvanizes steel pallet is suitable to heavy rack. Pallet surface can design plate type, corrugated and the gap form, satisfies the different requirements.

镀锌钢托盘多用于出口，替代木托盘，免薰蒸，符合欧盟、北美各国对出口货物包装材料的法令要求；喷涂钢托盘适用于重载上货架之用，托盘表面根据需要制作成平板状、波纹状及间隔形式，满足不同的使用要求。