1) salt-secreting structure
泌盐结构
1.
A SEM observation of the salt-secreting structure of leaves in four species of Limonium;
四种补血草属植物叶片泌盐结构的扫描电镜观察
2) secretory structures
分泌结构
1.
Studies on secretory structures in leaves of six species of Hypericum L.;
6种金丝桃属植物叶中分泌结构的研究
2.
Result: According to their anatomical characteristics,the secretory structures can be divided into nodules,secretory cavities(canals) and tiny secretory tubes of 20 medicinal species in Hypericum.
结果:金丝桃属植物中存在3种分泌结构:分泌细胞、分泌囊(道)和韧皮部中分泌小管道,其中分泌细胞团含金丝桃素类物质,分泌囊(道)和分泌小管道含油脂类物质。
3) secretory structure
分泌结构
1.
An anatomic study on the secretory structure of tender branch and leaf of Chinese toon;
香椿嫩枝、叶分泌结构的解剖学研究
2.
Studies on the relation between secretory structures and its secontary product in Hypericum sampsonii;
元宝草的分泌结构与其次生产物的研究
4) Neurosecretory structure
神经分泌结构
5) salt secretion
泌盐
1.
Correlation between the morphological structure of salt gland and salt secretion in Messerschmidia sibirica Linn.;
砂引草泌盐腺的结构与泌盐的关系
2.
Tamarix laxa seedlings were treated by NaCl with different concentrations(0,50,100,150 and 200 mmol·L-1) to study the contribution of different processes of salt secretion,rejection and accumulation to the salt resistance capability of Tamarix laxa in saline environment,and the salt concentration and excretion in plant and salt dynamics in rhizosphere were determined.
在根际NaCl浓度为50 mmol/L时,植株的泌盐效率最高,随着根际NaCl浓度继续增加,相对分泌能力反而下降。
6) salt tolerant structure
耐盐结构
1.
The character of salt tolerant structure in halophytes has been summarized in three aspects: roots, stems and leaves, so that more materials about microcosmic structure could be provided for the study of the halophytes.
从根、茎、叶三方面总结了盐生植物的耐盐结构特点,旨在为盐生植物的研究提供更多的植物体微观结构资料。
补充资料：层状硅酸盐结构
层状硅酸盐结构
layer silicate structure
e由gzhuang guisuanyan llegou层状硅酸盐结构(layer silie。te strueture) 由硅氧四面体〔510‘〕在二维空间通过共用氧连接成层状(或片状)络阴离子的硅酸盐结构亚类。层状络阴离子通过共用氧与铝(镁)氧八面体相连，按连接方式的不同分为单层和双层结构，前者如高岭石A12(51:O。)(OH)‘，后者如叶蜡石AI:(51;01。)(OH):。(见图)层与层之间主要由范德华力和氢键连接，在水中易分散成微粒而形成胶团。当结构中514+被A13十或A13+被Mg2+取代时，能形成蒙脱石、云母等矿物。层状结构可以看作链状结构交连而成。按链的周节数，已发现的有2、3、4、5、6节链构成的层状结构以及分支、环枝单层状结构和分枝的双层结构。 汽产中即户怨 万~、认才V水八八八人^‘40+20H 、认了甘卜从J了丫丫冶尹节产4AL 夕F代洲沁、J丫气J、从研Qb口db 40+20H 飞砰一书厂屯太五人451 势心只户。丈夜田U叮丫6O ab 高岭石(a)和叶蜡石(b)的层状结构 (李晓明)
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