controlled burning信息详情
炼山
controlled───v.控制;约束(control的过去式);指挥;adj.受控制的;受约束的;克制的
burning───adj.燃烧的;强烈的;发热的;v.燃烧;晒黑;以……作燃料;飞速驾驶(非正式)(burn的现在分词);n.燃烧;火;adv.炙热地;火热地
manual controlled───[自]手动控制;[计]人工控制
radio controlled───无线电操纵的;无线电控制的
aristocracies controlled───贵族统治
structurally controlled───结构控制
controlled vowels───受控元音
reichstag burning───国会大厦燃烧
fire burning───烧伤
Controlled burning in cooler months, to reduce fuel loads, was given up in many places after city people protested about smoke hazes.───是在凉爽的季节里,有控制地燃烧部分森林,以减少可燃物载量(fuel loads),由于市区民众纷纷抗议由此引起的烟雾,这个办法已经在许多城市被弃用。
If, however, they are subjected instead to pyrolysis-a process of controlled burning in a low-oxygen atmosphere-the result is charcoal, a substance that is mostly elemental carbon.───但如果经过高温分解—在低氧环境下有控制的燃烧—它将会形成木炭,其大部分是永久碳。
Fort Stewart has long used controlled burning in its busiest training areas to prevent live ammunition from causing unplanned fires. Local species gravitated toward those scorched open areas.───长期以来,斯图尔特堡基地经常在他们训练最繁忙的地区实施可控制的焚烧,以防止实弹造成意外的火灾,同时这些烧焦的空地对当地许多物种产生了相当的吸引力。
Controlled burning in cooler months, to reduce fuel loads, was given up in many places after city people protested about smoke hazes.───在接下来的较冷的月份控制火势,减少易燃物,这些策略已经被许多地方而市民受烟雾侵袭而放弃。
Energy from nutrition used to construct our bodies and to perform work. Nutrition is controlled burning of food───来自於营养的能量建构身体并提供工作所需食物的燃烧控制营养的形成
Study on the Effects of Controlled Burning on Species Composition of Undergrowth Vegetation in Choerospondias axillaris Plantations───炼山对南酸枣人工林林下植被物种组成结构的影响
Effects of controlled burning on species diversity of undergrowth in Choerospondias axillaris plantations───炼山对南酸枣人工林林下物种多样性的影响
Resources utilization of main tree populations in Pinus armandii mixed forest after controlled burning and aerial-sowing afforestation───炼山飞播造林后华山松林主要种群资源利用研究
Community characteristics in Hongchiba area of Wuxi County during ecological restoration after controlled burning───红池坝炼山后生态恢复过程中群落特征研究
Controlled burning significantly improved the growth of the diameter at butt-end and its current annual increment, and the growth of the height and its current annual increment.
In controlled burning stand, soil bulk density increased by 10%, while soil non-capillary porosity, natural water capacity and capillary moisture capacity decreased by 61%, 48% and 26%, respectively.
- copiamycin
- crystal face
- coryphantha pallida sb
- container space
- concreting equipment
- cover it with earth
- curve of resistance
- connected station
- controlled by
- container stack
- crispiest
- curve of stability
- coryphantha radians
- concretion principle
- connected structure
- crystal facet
- controlled carrier system
- cover it with gravy
- copico
- crispiness
- curve resistance