1) Rootzone
坪床
1.
Analysis of Sands Suitable for Rootzone Mixes for Putting Green Construction;
高尔夫球场果岭坪床材料沙的适宜性分析
2.
The Properties of Different Peats and Their Effectiveness on the Physical Properties of Rootzone on Green
不同来源草炭的品质分析及其对果岭坪床物理性质的影响
2) turfgrass bed
草坪坪床
3) soil temperature control
坪床控温
1.
Nest-type Beijing Olympic Stadium was simulated to study the effects of turf soil temperature control.
结果表明,实施坪床控温有效的调控了草坪温度,在高温季节,通过对体育场坪床根层0,5和10 cm处地温的测定,发现控温区比非控温区的平均温度分别低3。
2.
Nest-type Beijing Olympic Stadium was simulated to study the impacts of soil temperature control on turfgrass growth.
通过观测体育场内外高羊茅草坪气温、冠层温度和坪床根层温度的差异,测定草坪草生长和生理生化变化,确立并量化了模拟体育场内存在显著的热集聚效应,证明了坪床控温技术的实施有效的缓解了热集聚效应对草产生的热伤害,并探讨了与之相配套的养护管理措施。
4) rootzone mixes
坪床材料
1.
The physical properties of golf green rootzone mixes were evaluated using twenty-eight different sand materials mixed with peat.
对28种沙与泥炭按75∶25混配而成的高尔夫果岭坪床材料的物理特性进行了评价。
5) bed soil formulation
坪床配方
1.
It was shown that:1)the best bed soil formulation was 40%～60% sand,50 g/m 2 N-P-K fertilizer,3 kg/m 2 chicken manure and 3 cm deep peat moss;2)organ.
根据在草坪过渡带地区草坪草对床土要求较为严格和不同类型草坪草对床土要求不同的特点，选用２种冷季型草和２种暖季型草，在８种坪床配方处理下进行了连续３年的坪床配方筛选及对草坪质量的影响试验研究，测定再生速度、建坪速度和持续生存能力。
6) Sand-based turf bed
砂基坪床
1.
This paper studies nitrogen transport and leaching mechanisms between different nitrogen fertilizer and different nitrogen level in sand-based turf bed of sport filed through laboratory simulation.
采用室内模拟试验的方法,研究了运动场砂基坪床上两种氮肥类型与不同氮素水平下的氮素淋洗迁移规律。
补充资料：沸腾床燃烧(见流化床燃烧)
沸腾床燃烧(见流化床燃烧)
boiling-bed combustion:see fluidized-bed combustion
沸腾床燃烧(boiling一bed eombustion)见流化床燃烧。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条