lead plant
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[网络] 铅厂
双语例句
- The discovery could ultimately lead to plant varieties tailored specifically for biofuel production.
这项发现最终可创造一种作为生物燃料生产的植物。 - Comprehensive occupational health services have good effect on controlling the lead pollution in battery plant.
目的探索综合性职业卫生服务模式对于电池厂铅污染的控制效果。 - The Reconstruction of the Sintering Plants Ventilation System in a Lead and Zinc Smelt Plant
含铜、锡、锌的合金某铅锌冶炼厂烧结车间通风除尘系统改造 - Success as a Production Manager may lead to Plant Manager.
一名成功的生产经理可晋升为工厂经理。 - Mixed Surfactants Enhanced Sensitizing Effect in Determination of Trace Lead in Plant Leaf Blade by FAAS
混合胶束增敏火焰原子吸收光谱法测定植物叶片中的痕量铅 - The new lead smelting plant will recycle the lead from car batteries.
新的铅冶炼厂将从汽车电池中回收铅。 - Investigation of adsorption, distribution and migration of lead between environment and plant by stable lead isotopic tracer
铅在植物-环境体系中的吸收、分布和迁移规律的稳定同位素示踪法研究 - Alleviation of Neodymium and its Complex on Lead Pollution Plant
钕及其配合物对重金属铅污染植物的缓解作用 - ABA is inhibiter to plant growth, it can lead to tea plant dormancy, organ shattering.
高含量ABA能引起茶树的休眠和部分器官脱落。 - Graphite furnace atomic determination method is applicable for determining low concentration lead in plant samples with high sensitivity, precision and accuracy.
石墨炉原子吸收法适用于植物样品中低含量铅的测定，灵敏度高，精密度和准确性好。 - A Study on Properties of uptake and accumulation of lead by tea plant
茶树对铅的吸收与累积特性 - Analysis on managing risk avoidance for lead zinc smelt plant
浅析当前铅锌冶炼企业的经营风险规避 - Effect of Purity of Xylenol Organge ( XO) on Color-reaction of XO with Lead and Determination of Micro Lead in Plant Effluent
二甲酚橙（XO）的纯度对铅与XO显色反应影响研究及工业废水中微量铅的测定 - Study on treating the acidic waste at Northwest Lead and zinc plant
西北铅锌冶炼厂酸性废水处理研究 - This Paper introduces test of treating and reusing of the Wastewater of a small lead and Zinc ore-dressing plant.
本文简述了某小型铅锌矿选厂废水处理和回用试验情况。 - Studies of the Absorption and Accumulation of Lead in Tea Plant
铅在茶树中的吸收累积特性 - Disorderly felling and over grazing on semi-arid degraded mountain area in Loess Plateau lead to deteriorated plant and soil erosion.
黄土高原半干旱退化山区，由于长期的乱垦滥伐，过度放牧，造成水土流失严重，自然植被退化。 - It is generally thought that habitat fragmentation will lead plant population to experience an erosion of genetic variation, reduction of genetic diversity and change of genetic structure, and make plant population more divergent due to random genetic drift, high level of inbreeding and reduced gene flow.
通常认为，生境片断化使植物残遗种群由于经历随机遗传漂变和高水平的近交以及基因流的下降，而发生遗传侵蚀，遗传多样性下降，遗传结构改变，变得更加分化。 - A method of isotope dilution inductively coupled plasma mass spectrometry for the determination of lead in plant and human hair samples is established.
建立了同位素稀释电感耦合等离子体质谱（ID-ICP-MS）测定铅的方法。 - A hydrometallurgical process treating anode slime in BK lead plant was investigated in this paper.
研究了处理BK铅厂阳极泥的湿法冶金过程。 - Lead into ornamental plant garden construction, for founding the garden of zonality and individuation, landscape has especially important meaning.
将观赏植物引入园林建设，对创建地带性、个性化的园林景观具有特别重要的意义。 - The high concentrations of Na+ lead to harm plant cells, which limit plant growth and development.
高浓度的Na+导致植物细胞受到伤害，限制植物生长发育。 - Stems and leaves of infected plants through the morbidity affects plant growth and lead to plant cut production.
通过侵染植株茎部和叶部发病会影响植株生长而导致植株减产，严重时可绝收。 - Soybean cyst nematode ( SCN), Heterodera glycines, is an obligate endoparasitic nematode in plant roots. The second stage juveniles invade the roots of soybean, induce the metabolism imbalance and injure the root tissues, which lead to plant diseases and yield losses.
大豆孢囊线虫（Heteroderaglycines，SoybeanCystnematode，SCN）是一种土壤传播的植物专性内寄生线虫，其二龄幼虫从根尖侵入大豆根部，造成根组织的代谢失调和组织损伤，从而引起病害。 - Mainly as the vegetative growth is short in the last year, the storage nutrition of root was not assure the plant live through the winter safely lead the plant is not return green in the ensuing year. 3.
主要是由于前一年营养生长时间短，根部贮存的营养不能保证植株安全越冬，致使第二年不能返青。 - The content of TP in tea plant was also significantly related to lead adsorption capacity of tea leaf and lead content in tea plants. ( 2) TP had obviously regulative effect on the uptake, accumulation, and detoxification of lead in tea plant.
茶树组织茶多酚含量与叶片铅吸附能力、茶树体内铅含量存在显著的相关关系。（2）茶多酚处理对茶树的铅毒害和吸收积累具有明显的调控作用。 - TP had a significant effect on the micro-area distribution and transformation of lead in tea plant.
茶多酚对茶树体内铅的微区分布和形态转化具有明显的影响。 - Plant growth and development process, often subject to high humidity, low temperature, drought, heat stress and other abiotic factors, light to plant growth and development delay, severe cases, lead to plant death.
植物在生长发育过程中，常遭受高湿、低温、干旱、高温等非生物因素的胁迫，轻者使植物生长发育受阻，重者导致植株死亡。 - Nitrogen deficiency will lead to plant growth retardation, hasten senescence, and ultimately affect economic output.
氮素的缺乏会导致植物生长减慢，加速衰老，最终影响经济产量。 - Drought, high salt and low temperature are major environmental factors that influence the growth and output of plant. These factors even damage plant irreversibly and lead to plant death.
干旱、高盐和低温是影响作物生长、限制作物产量的重要的环境因素，严重时可以引起植株不可逆的伤害甚至死亡。