施药

基本解释 (translations)

medications

与施药相关的网络例句 [注：此内容来源于网络，仅供参考]

According to the request of adopting advanced technology, the main designing has such contents as below:⑴ Designing the two-fluid nozzle that is based on the theory of air-atomize spraying.⑵ Designing and choosing the type of the axial fan that is used to supply assisted airflow to waft droplets that comes from nozzle.⑶ Designing the swaying outfit that can rotate the spray assembly at a speed and inside a angle in order to satisfy the spray request of different crops, different planting states and improve the uniformity of distribution, the deposition of droplet. Here, we select TYV type reduction gear motor to adjust the swaying speed and use course switch to adjust the swaying angle.⑷ Designing the lift outfit that can adjust the height of the spray assembly to satisfy the request of the crops of different tallness, different spraying range. Here, we select cylinder as the main component that can be used as kickstand and controlled easily.⑸ Designing the switch of the power supply that is put out of the greenhouse in order to prevent worker from poisoning. After the mist sprayer being made, the experiment is made to test the function of the greenhouse mist sprayer fully.

根据采用先进施药技术的要求，本研究的设计内容主要有：⑴采用气液两相流喷雾技术，基于气力雾化原理，设计双流体喷头；⑵采用辅助气流输送雾滴，气流源为风机，对风机进行设计、选型；⑶为满足不同作物、不同栽培情况及提高雾滴分布均匀性、沉积性的施药要求，设计能带动喷射部件在一定角度内、以一定转速的旋转摇摆机构，本研究选用调速电机调节其摇摆速度，并利用反向行程开关调节其摇摆角度；⑷为满足不同高度作物、不同射程的施药要求，设计能调节喷射部件高度的升降机构，这里选用气缸为主要构件，既可以起到整机支架的作用，又可方便进行升降、固定控制；⑸设计行程开关的控制电路以及整机的控制系统。

We Investigated the species of diseases and insect pests, species of natural enemies, distribution and dominant species in export vegetable bases in Shandong Province. Dynamics of main diseases and insect pests were studied.2. We investigated the main control technologies for diseases and insect pests, types and application methods of pesticides.3. Effects of crop varieties, fertilities and cultivation on diseases and insect pests, production and pesticide residues were examined.4. Control effects and application technologies of frequency trembler grid lamps, greenhouse ozone machine and insect-proof net were tested.5. By research, seven biological preparations and twelve chemical pesticides with high activity, low toxicity and low residue were screened.

主要结果如下：1查清了山东省出口蔬菜基地蔬菜病虫害发生种类，天敌种类、分布、并评价上风种；探明了主要病虫发生消长规律。2查清了山东省出口蔬菜基地目前病虫害防治的主要应用技术、施药种类及主要施药方式。3明确了作物品种、肥力、栽培方式等农业措施对病虫发生、产量和农残的影响。4明确了频振式杀虫灯、温室病害臭氧防治机、防虫网等物理措施防治效果及其应用技术。5通过实验，筛选出7种生物制剂和12种安全有效低毒低残留化学农药品种。

The survey about employing insecticide in zone of releasing Aphidius gifuensis and convention field show that: Agricultural chemicals employment number of times reduce 1.22 and average employment amount reduced 40%.

对放蜂区和常规施药防治区内烟农施用杀虫剂情况的调查表明，在放蜂区施用杀虫剂的平均次数为1.83次，而常规施药防治区为3.05次，放蜂区的施药次数比常规防治区减少40%。

The effect of five treatment: 60, 75, 90 g/hm^2 of Sindax WP, 1.5 kg/hm^2 of Tashan WP and CK, on the rice paddy weed were designed in field plot experimented. After application, the number of living Gramineae, Cyperaceae and broad-leaved weeds was investigated on the 15th and 30th day respectively and separate and the number and fresh weight of them were counted on the 50th day, so the control effect was calculated.

方法］在小区设10%新得力WP 60、75、90 g/hm^2，塔山牌敌扑混剂WP 1.5 kg/hm^2和空白对照5个处理，施药后15、30 d分别调查禾本科、莎草科和阔叶杂草残存活株数，施药后50d调查主要杂草的残存活株数和鲜重，计算防除效果。

Bean sprouts were divided into two groups including experimental group and control group to simulate the pratical use of TBZ. In the experimental group, the beans were soaked in 1 μg/mL TBZ for 8 hours before germing. The bean sprouts were collected and processed by micron technique.

模拟腐绝施药，鉴於腐绝是一种系统性农药且具渗透性，故设计豆芽实验模拟腐绝施药，将豆芽分成实验组及对照组，实验组在豆芽发芽前先浸泡 1 μg/mL 腐绝溶液中8小时以上，再进行发芽，收集豆芽后微米化，再进行测试。

The results show that tricyclazole residue in rice husk was higher than that in the soil and even higher than that in husked rice.

每次用相同剂量，施药2次比1次的残留量略高。距收获前最后一次施药的时间缩短，稻壳和土壤中的残留量相应增加。

The hypogeal insect pests of eucalyptus are a group of special insect pests, having made serious damages to the young plantation. To solve the problem, it is necessary to use chemicals to control the population of those insect pests. The selection of chemicals and the methods of chemical application must be appropriate so as to lighten and minimize the negative impacts of chemicals on the ecological environment.

桉树地下害虫是一类特殊的害虫群体，在造林初期的危害比较严重，此时应针对不同的害虫选用不同的化学药剂来控制其种群密度，施药时要考虑减轻化学药剂对生态环境的不利影响，应采用毒饵诱杀、根部施药等方式。

The results showed that the effective period on cotton aphid was only 5 days by using spraying method, while cotton seed mixed with a larger dosage of Carbofuran lasted 10 days.

结果表明：喷雾法施药，久效磷在棉苗中对棉蚜的有效控制期为5天；克百威粒剂拌种施药，用药量虽大，但对棉蚜有效控制期仅为10天；涂茎法施药，药剂用量少，棉苗中药剂浓度高，对棉蚜的有效控制期可达12天以上。

In the field plot experiment, 6 kinds of reagents were set up for controlling grape downy mildew, and 2 reagents were set up for controlling grape powdery mildew, the medication was applied once every 7 d interval in initial stage of 2 diseases occurring, and applied 3 times totally, the statistics were made for diseased leaf rate and disease index after 7-10 d medication applying, and control effect was analyzed.

方法］在田间小区试验中，防治葡萄霜霉病设6种药剂，防治葡萄白粉病设3种药剂，于2种病害发生初期每隔7 d施药1次，共施3次，施药后710 d统计病叶率和病情指数，分析防治效果。

The study revealed that the residues of chlorothalonil in mushroom were above the MRL in China (1 mg/kg) after 5 days at the recommended dosages (1800 g/hm^2) and double of that, however, the residues of thiram in mushroom were below the MRL (3 mg/kg) after 2 days.

在最高推荐剂量(1800 g/hm^2)和推荐剂量2倍的条件下，施药1~2次，施药后第5d，蘑菇中百菌清残留量高于我国规定的MRL值(1 mg/kg)；而施药后2d福美双残留量已低于MRL值(3mg/kg)。

与施药相关的网络解释 [注：此内容来源于网络，仅供参考]

antienergistic：逆(施)能的,抗(施)能的

antiemetic | 止呕吐的 止吐的药 | antienergistic | 逆(施)能的,抗(施)能的 | antientertainment | 反传统的娱乐

appressorium：附着孢[真菌附着寄主的一种结构]

apply 施用[施肥, 施药等] | appressorium 附着孢[真菌附着寄主的一种结构] | approach 处理靠近

Bristol-Myers Squibb：百时美施贵宝公司

其中包括业界巨头百时美施贵宝公司(Bristol Myers Squibb)和默克公司(Merck & Co),它们都因主导药品失去专利保护而受到了仿制药的打击. 绝大部分股东还批准了与此相关的两项方案. 其一,辉瑞要求大部分股东投票支持为合并而发行普通股的计划.

Injection mould：注塑模

注干施药:injection | 注塑模:injection-mould | 注塑模:Injection Mould

Thrombophlebitis migrans：雅棕松-佩利扎里(有斑)皮肤松施

血栓溶解药引起的有害效应 Thrombolytic drugs | 雅棕松-佩利扎里(有斑)皮肤松施 Thrombophlebitis migrans | 血栓性微血管病 Thrombotic microangiopathy

vernalize：施以春化处理

施药所dispensary | 施以春化处理vernalize | 施以高压high-pressure

elspar vial：注射用爱施巴

Elsholtzia 大黄药 | elspar vial 注射用爱施巴 | elucaine 依鲁卡因

Elsholtzia：大黄药

Elsholtzia patrini garcke 土香薷 | Elsholtzia 大黄药 | elspar vial 注射用爱施巴

More giring , Less desiring：多施少欲

9. More exeicising ,Less medicine 多练少药 | 10. More giring , Less desiring 多施少欲 | 11. More working ,Less resting 多动少停

safe crop period：安全收割期,安全施药间隔期

Saccharomyces 酵母属 | safe crop period 安全收割期,安全施药间隔期 | safety coefficient 安全系数