1) chlorophyll porphyrin
叶绿素卟啉
2) leaf green ;foliage green
叶绿
3) chlorophyll-a
叶绿素a
1.
Mutlianalysis between chlorophyll-a and environmental factors in Dianshan Lake water;
淀山湖水体叶绿素a与水质因子的多元分析
2.
Inversion of chlorophyll-a concentration in turbid water of Lake Taihu based on optimized multi-spectral combination;
基于半分析模型的波段最优化组合反演混浊太湖水体叶绿素a
3.
Multi-analysis of Chlorophyll-a and Environmental Factors in a Surface Water Source in Zhengzhou, China;
郑州市某地表水源叶绿素a与相关环境因子的关系
4) chlorophyll
叶绿素
1.
Study on stability of chlorophyll from Corydalis;
紫堇叶绿素稳定性的研究
2.
Study on the optimum extraction condition of the chlorophyll from ulva pertusa;
绿藻石莼叶绿素提取工艺的研究
3.
Prediction of broccoli chlorophyll change during storage by difference method;
差分法预测稳态贮藏条件下嫩茎花椰菜中叶绿素的变化
5) Chl-a
叶绿素a
1.
Effect of hydroxyl on chl-a in algae cells;
羟基对海洋微藻细胞叶绿素a的影响
2.
Distribution characteristics and influenced factors of Chl-a in Beihai Bay;
北海湾叶绿素a的分布特征及其影响因素
3.
The algal biomass was measured daily; its Chl-a content, the amount of Mn adsorbed on an algal and its Mn content were measured at the end of the test runs.
结果表明,Mn2+为0mg/L时,铜绿微囊藻生长受到很大抑制,叶绿素a含量较低;Mn2+为0。
6) Chlorophyll a
叶绿素a
1.
Transient Absorption of the Chlorophyll a in Ethanol;
叶绿素a分子在乙醇溶剂中的瞬态吸收研究(英文)
2.
Discussing about chlorophyll a determination method in fresh water;
淡水中叶绿素a测定方法的探讨
3.
Spatial-temporal distribution of chlorophyll a in the Zhelin Bay——A large-scale maricultural area;
大规模增养殖区柘林湾叶绿素a的时空分布
7) ferricopiapite
铜叶绿矾
1.
Cuprocopiapite and ferricopiapite found for first time in oxidized zone of Hongshan HS-epithermal Cu-Au deposit,East Tianshan,and their mineralogical characteristics;
东疆红山Cu-Au矿床氧化带中铜叶绿矾和高铁叶绿矾的首次发现及其矿物学特征
8) Chlorophyll-a
叶绿素-a
1.
Case Study on Growth of Chlorophyll-a in Dianchi Lake by Chlorophyll-a Method;
叶绿素-a法测定滇池叶绿素-a生长变化案例研究
2.
Using gray connection to research relationship between chlorophyll-a and environmental factors in Wulihu Lake in Taihu region was done in the present study.
运用灰色系统理论对淡水湖泊太湖五里湖中叶绿素-a与环境因子的关系进行研究,采用灰关联分析方法探讨太湖五里湖的部分理化因子对叶绿素-a浓度影响的大小排列顺序。
3.
The chlorophyll-a (1) was converted into the chlorins 2b～4b by air-oxidation in acid or basic condition.
在酸碱性条件下对叶绿素-a (1)进行空气氧化反应, 分别得到卟吩衍生物 2b～4b; 通过酯交换和去金属镁离子,将叶绿素-a 转化为脱镁叶绿酸-a 甲酯(MPa) (5), 其 3-位碳碳双键与氯化氢的加成生成卟吩醇(6), 经碱性空气氧化和 E-环重排则转化成紫红素-18衍生物7。
9) Chla
叶绿素a
1.
The results showed that light shading could greatly reduce the alga biomass without removing nutrients after 9 days, considering that Chla declined from 130.
结果显示,9d试验后,叶绿素a浓度、COD、浊度、DO分别由遮光前的130。
2.
Ocean primary productivity is based on chla, which mainly denotes itself as the integral of the velocity of photosynthesis of chlorophyll and the density of chlorophyll in euphotic layer.
海洋初级生产力是基于海洋叶绿素a进行计算的,主要为叶绿素光合作用速率与遥感得到的叶绿素浓度在真光层的积分。
3.
It seems nothing happens for the chlorophyll A (Chla) in the leaves of plants, even exposure in strong sunlight of summer.
有机溶剂中的叶绿素a很快会发生光解 ,但即使在夏日炎炎烈日暴晒下 ,叶片中的叶绿素a却没有任何变化。
10) chlorophyll a
叶绿素
1.
Relationship between chlorophyll a and inorganic nitrogen and phosphate in the Changjiang estuary and its adjacent waters;
杭州湾及邻近水域叶绿素a与氮磷盐的关系
2.
Based on the field observations in Jiaozhou Bay (JZB) between Angust, 1997 and June,1998,the seasonal variations of nutrients and chlorophyll a in the water column in JZB are presented.
在 1997- 0 8～ 1998- 0 6间 5次海洋调查的基础上 ,分析讨论了胶州湾内外水体营养盐和叶绿素的季节变化特征及其影响因子。
3.
The results showed that,in the Antarctic waters,the Southern Atlantic Ocean is the most fertile,chlorophyll a concentration averaged over 2 μg/dm 3;average POC concentration was also the highest (>100μg/dm 3),while being lower in the Drake.
198 9/1 990年夏季作者在中国第六次南极考察环极航行中 ,对南大洋不同海区的浮游植物细胞大小分级叶绿素 a和初级生产力、颗粒有机碳及有关环境参数进行了测定。
补充资料：叶绿素
| 叶绿素 chlorophyll 植物进行光合作用的主要色素。为镁卟啉化合物，包括叶绿素a,b,c等以及光合细菌中类似的化合物细菌叶绿素，绿硫细菌叶绿素等。高等植物、各种藻类几乎都含有叶绿素a。叶绿素b只在高等植物、绿藻、眼虫藻、管藻中存在，其含量在总叶绿素量中占15％～50％。高等植物中叶绿素a和b之比一般是3∶1。硅藻、甲藻、褐藻中含有叶绿素c。 叶绿素的可见光波段的吸收光谱，在蓝光和红光处各有一显著的吸收峰。吸收峰的位置和消光值的大小随叶绿素种类不同而有所不同。这些性质可用于鉴定叶绿素的种类和数量。叶绿素溶液能发出深红色的荧光。 叶绿素不很稳定，光、酸、碱、氧、氧化剂等都会使其分解。酸性条件下，叶绿素分子很容易失去卟啉环中的镁成为去镁叶绿素。 叶绿素和细菌叶绿素分别是绿色植物和光合细菌的光合作用过程中吸收光能，推动原初光化学反应的主要色素。 |
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