1) Tradition flour milling
传统制粉
2) traditional milling technology
传统制粉工艺
1.
The gelatinizing characteristics of the flour produced by the technology of milling after debranning and the traditional milling technology were determined with RVA,and its relation to flour quality was studied by determining the damaged starch content in flour.
使用快速粘度分析仪(RVA)测定了采用脱皮制粉工艺和传统制粉工艺生产得到的小麦粉的糊化特性,并通过测定小麦粉的损伤淀粉含量等,考察了两种工艺条件下,小麦粉糊化特性和粉质特性间的关系。
3) pollination system
传粉系统
1.
In the community, dish flower was the most,94 species,followed by campanulate flower,25 species; white was the dominant color,accounting for 1/3 of the species,followed by purple, yellow and green;minor flower account for 1/2 of all the recorded species;bees was the dominant pollination system,account for 28.
(3)传粉系统、性系统及花部综合特征间存在相关性。
2.
The floral traits and pollination system of Impatiens chinensis were studied.
)的花部特征和传粉系统,结果表明华凤仙单花期为2。
4) Traditional Fen cai
传统粉彩
5) Pollination mechanism
传粉机制
1.
The pollination mechanism and pollen flow of Ranunculus ternatus Thunb.
在自然居群中对小毛茛传粉机制与距离作了观测,并对开花后花粉萌发能力的变化作了研究,结果是:该种兼具虫媒或风媒传粉机制,以虫媒传粉为主;传粉距离多数局限于2m以内,但不排除远距离传粉的可能性;体外萌发试验表明,该种花粉萌发率在开花第一天甚低,开花后24h达到最高值。
2.
The results are as follow: (1) The relationships between sex expression, pollination mechanism and mating system of Stipagrostis pennata, wind-pollinated species widely in Shihezi ,Xingjiang ,are examined.
结果表明: (1)对新疆准噶尔盆地南侧边缘沙生植物羽毛针禾的花粉生物学特性、传粉机制等进行了初步研究。
3.
Orientalis \'Big Blue\' including floral syndromes and breeding system,flowering biotemperature and pollination mechanism,biomass dynamic and reproductive allocation,seed setting pattern and seed setting limiting factors,seed development process and seed germination characteristics,effects of shading on leaf structure and photosynthetic characteristics and so on.
本论文以上海市农林职业技术学院五厍实习基地为研究地点,通过对引种地条件下百子莲的花部综合特征及其繁育系统、开花物候及其传粉机制、生物量分配动态及生殖配置、结实格局及结实限制、种子发育及萌发特性、光合特性等的研究,探讨了该物种的繁殖生物学特性,结果表明:1。
6) milling system
制粉系统
1.
Study on the pulverized coal carring coal pellets of the milling system of the 1000 MW ultra-supercritical;
1000MW超超临界机组制粉系统携带大颗粒问题的解决
2.
Analysis of energy conservation to milling system in power plant;
温州电厂制粉系统节能分析
3.
The paper details with new method of desulfurization in power station-on-line desulfurizaiton of fine-coal pre-combustion: (1) the principle of on-line desulfurization and de-ashing of fine-coal used in the power station by triboelectrostatic beneficiation technology integrating with milling system; (2) th.
对火电站脱硫新模式 -燃前煤粉的摩擦电选在线脱硫进行了研究论述 :(1)应用摩擦电选技术与电站制粉系统集成进行火电站燃前煤粉在线脱硫降灰的原理 ;(2)该技术的合理性及可选性 ;(3)实现燃前煤粉在线脱硫降灰对锅炉燃烧特性的影响 ;(4)该技术的应用前景。
补充资料:丙酮制粉
分子式:
CAS号:
性质:即生物材料经丙酮处理制成的丙酮干粉。在生物制品制备之前,将组织材料剔净、切碎后投入约4倍体积的冷丙酮中,在-30℃匀浆,以防止组织自溶和蛋白质(酶)失活。丙酮可与水任意混合,而且是良好的脂溶剂,有脱水、脱脂的作用,可溶解、破坏细胞膜结构,提高某些细胞内容物稳定性,降低蛋白质溶解度而使之聚沉。然后离心得沉淀物,低温干燥即成丙酮粉。丙酮粉经真空蒸馏除去丙酮后用于进一步分离、纯化和制备蛋白质、酶等。生物材料做成丙酮粉的另一个优点是减少体积,便于贮存和运输。
CAS号:
性质:即生物材料经丙酮处理制成的丙酮干粉。在生物制品制备之前,将组织材料剔净、切碎后投入约4倍体积的冷丙酮中,在-30℃匀浆,以防止组织自溶和蛋白质(酶)失活。丙酮可与水任意混合,而且是良好的脂溶剂,有脱水、脱脂的作用,可溶解、破坏细胞膜结构,提高某些细胞内容物稳定性,降低蛋白质溶解度而使之聚沉。然后离心得沉淀物,低温干燥即成丙酮粉。丙酮粉经真空蒸馏除去丙酮后用于进一步分离、纯化和制备蛋白质、酶等。生物材料做成丙酮粉的另一个优点是减少体积,便于贮存和运输。
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