light utilization efficiency

No tillage could enhance the light utilization efficiency and gross production , with an additional benefit of reduced energy expense in cotton agroecosystem .

免耕可提高棉田系统的光能利用率和总生产力，减少辅助能的投入，具有低耗、高效的特点。

Estimation of Light Utilization Efficiency and Spatiotemporal Distribution in Beijing Based on NOAA Satellite Data

基于NOAA卫星数据的北京植被光能利用率及其时空格局

Estimation of Light Utilization Efficiency of Vegetation in China Based on GIS and RS

基于GIS和RS的中国植被光利用率估算

This work helps to improve light utilization efficiency of photocatalytic technology and to promote its practical application in pollution control .

这有助于提高光催化技术的光能利用效率，促进其实际应用。

Use of GIS and RS to estimate the light utilization efficiency of the vegetation in Guangdong , China

利用GIS和RS估算广东植被光利用率

But classical photocatalysts also have some shortages , such as low light utilization efficiency , poor adsorptivity and difficult recycle .

但这种方法也有很多不足：如光催化剂对光的利用率较低，吸附性较差，难以回收再利用等。

Light Energy Utilization Efficiency of High Oil Corn 115 at Grain Filling Stage

高油115籽粒灌浆期光能利用效率

The light energy utilization efficiency increases by 14.6 % , 23.8 % and 47.6 % .

光能利用率分别提高14.6%、23.8%和47.6%。

As the result , light energy utilization efficiency of cotton population and leaves at later growing stage were enhanced , total bolls and boll weight were increased remarkably , cotton lint yield were increased by 8.9 % ~ 9.3 % , and cotton fibers tenacity was improved .

显著降低非光化学猝灭系数（NPQ），从而提高了后期群体和叶片对光能的利用；有效地增加了总铃数和铃重，使子棉产量提高8.9%~9.3%，纤维比强度增强。

Study on Light and Water Utilization Efficiency of Different Growing Year Alfalfa

不同生长年限紫花苜蓿光能和水分利用效率的研究

Study on Response to Light of Water Utilization Efficiency of Different Genotypes of Eggplant

不同基因型茄子叶片光响应和水分利用效率研究

Response to light of water utilization efficiency of walnut leaf in different soil moisture in loess hilly region

黄土丘陵区不同土壤水分下核桃叶片水分利用效率的光响应

Wheat / corn / corn cropping pattern ( WCCCP ) is an efficient pathway as well as increasing light and heat resource utilization efficiency .

小麦/玉米/玉米种植模式是实现高产高效的有效途径。

Increasing the ratio of green light in light quality could reduce the photoinhibition , make the correspondence of transferring electron between PSI and PSII well , decrease heat dissipation of excitation energy , enhance the light energy utilization efficiency .

表明适当增加遮光光质中绿光比例，生姜叶片午间光抑制程度较轻，PSI和PSII间线性电子传递协调性较好，激发能热耗散较低，光能利用效率较高。