水分散粒剂是一种先进环保型的农药剂型。
Water dispersible granules (WDG) are an advanced, environmentally friendly pesticide formulation.
微胶囊方法是农药剂型制备中一项重要的应用技术。
Microencapsulation is an important technology of production in pesticide formulations.
纳米技术为医药和农药剂型的研究提供了新机遇，具有广阔的应用前景。
New opportunity and wide application career for the research of formulations of drug and pesticide are provided by nanotechnology.
农药剂型加工作为有效缓解农药压力的途径之一也面临巨大的机遇和挑战。
The pesticide agent producing is an effective approach to postpone this pressure, it is facing both a big opportunity and a great challenge.
可见农药剂型、喷雾参数和采样方法成为影响农药原始沉积量的主要因素。
It indicated that formulations, spray parameters and sampling methods are the main factors that led to changing of initial residues.
农药微胶囊是农药缓释剂之一，是当今技术含量最高的农药剂型之一，也是目前农药剂型研究的热点。
Pesticide microencapsulation is one form of slowly-released drugs. Also there is the highest technology content in it. At present, it is a topical subject of pesticide research.
传统的农药剂型乳油、可湿性粉剂、粉剂，因剂型含有苯类及粉尘，可对环境和人员造成严重的污染和危害。
The environment and human beings were polluted seriously by benzene and high dust in traditional pesticide formulation such as Emulsifiable Concentrate, Wettable Powders and Powders.
本文的主要目的是对该菌株产生的抗生素进行分离纯化，确定其结构，建立抗生素中试提取工艺及开发出合理的生物农药剂型。
The objectives of this study are to isolate and purify the antibiotic produced by the biological agent, and use the crude antibiotic to make a biological formulation.
本文的主要目的是对该菌株产生的抗生素进行分离纯化，确定其结构，建立抗生素中试提取工艺及开发出合理的生物农药剂型。
The objectives of this study are to isolate and purify the antibiotic produced by the biological agent, and use the crude antibiotic to make a biological formulation.
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