Dinolight® increases the amount of light useful for photosynthesis （Dinolight® 可以为光合作用增加有效照明总量 ）
The spectrum of the outside solar radiation can be significantly modified by the optical properties of a cover film. These changes in the radiation transmission can result in significant modification of plant architecture, shape and consequent commercial value. Photosynthesis strongly depends on the total amount of light that plants receive in photosynthetic active radiation (PAR: 400-700 nm) with major contributions from blue and red light. Dinolight® RL 1000 converts part of the absorbed UV-light into red light (maximum emission at 635 nm) and can be thought of as a luminescent solar concentrator that increases the amount of light useful for the photosynthetic process（外界太阳光的光谱可以被用覆盖薄膜的可选方式进行有效地改变，这种发光输送方式的改变可以导致植物内部结构，形状和商业价值的有效改变，光合作用强烈地依靠植物所能接受到的光照的总量，特别是那些对发生光合作用有积极效果的光谱辐射(PAR: 400-700 nm)，主要是蓝色到红色光辐射. Dinolight® RL 1000 将完全的紫外线光转换为红色光 (最大光发射波长 635 nm) 并且可以被当作增加为光合作用处理增加有效光照总量的冷太阳光集中器，）
Dinolight® changes the quality of transmitted light（Dinolight® 改变光发射的质量）
The Red/FarRed (R/FR) ratio of the incident light on the plants [R= photon fluence rate in 10 nm band centered at 660nm; FR= photon fluence rate in 10 nm band centered at 730nm] can influence their physiological processes via photoreceptors. This ratio is significantly higher under a polyethylene film containing Dinolight® RL 1000. Additionally, sky conditions (clear or cloudy) do not affect the R/FR ratio.（用于植物的附带灯光的红色/远红色 (R/FR) 比率 [R= 光子影响比率在 10 nm波段 中心波段在 660nm; FR=光子影响比率在 10 nm 波段中心在 730nm] 可以通过感光器影响它们的光合作用处理，在用含Dinolight® RL 1000聚乙烯 薄膜覆盖下，这种比率非常高。另外，天气条件 （天或者多云） 不再影响红外和远红外照射比率）
Agronomic results with greenhouse films containing Dinolight®（使用含有Dinolight® 温室薄膜的农业效果 ）
The positive effect on plant growth was confirmed by field trials in major cut flower markets in South America, Africa, Asia and Europe. Yields, growing cycle and quality (like stem length and thickness) were generally improved for cut flowers. The best results were obtained on roses as well as carnations and anthurium. Production data of red roses (yield/m2) under a Dinolight® RL 1000 greenhouse film were collected weekly and showed a cumulated higher yield of
50% over two growing seasons.（在南美洲，非洲，亚洲和欧洲，这种薄膜对植物生长的明显效果被通过关于促进花卉生长的田地实验有效地地证实，花卉的发芽，生长，循环生产和质量（比如根茎的长度和厚度）出现大幅增长，特别是对玫瑰，康乃馨和热烛等热带植物效果更加出色。在Dinolight® RL 1000 花房薄膜下玫瑰的生产数据（产量/平方米）被每周定期搜集 ，结果显示在两个生长季节里面累计平方米产量增加超过了50%）
