- 更多网络例句与心皮化相关的网络例句 [注：此内容来源于网络，仅供参考]
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The interval sowing experiments showed that 291S was a photo-thermo-sensitive male sterile line, which showed part fertile under short-day and low-temperature conditions when autumn sowing, showed high sterile under long-day and high-temperature conditions when spring sowing. The self-multiplication ability and sterility of 291S can be improved through selection effectively. The pistillody of stamens of 291S could be induced under certain photoperiod and temperature condition.
分期播种试验表明，291S是一种光温敏雄性不育系，秋播短日低温条件下表现为部分可育，春播长日高温条件下表现为高度不育，其可繁性和不育性经选择可以得到有效改良。291S在一定的光温条件诱导下会出现雄蕊心皮化现象。
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The petal of Gli CMS crimples.The stamen turns into featheriness, the form of the petal , silk form or degradates. Without anther structure, the carpel, it is protruding that the outer edge grows tumour form.The growing style of stamen and pistil is the adhesion type or the scattered type. The shape of pistil is straight or hooked. The opening style of flower is full-nfolded,half-closed or full-closed.
Gli CMS的花瓣皱缩，雄蕊变为羽毛状、花瓣状、丝状或者退化；无花药结构，心皮化，周缘生有瘤状突起；雌雄蕊着生方式为粘连型，有的是散生型；雌蕊有的是直柱形，有的是钩型的；花朵开放方式为全展型、半闭型和全闭型。
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At dehiscence, elongata flower ratio was increased graduate then decreased; carpelloid was increased at that time; more elongata flowers were increased again then following by pistilloid increasing steadily at one year cycle.
番木瓜刚开花阶段，正常性花渐增加到高峰，是时雄蕊心皮化型性花则渐增加，随后正常性花渐增达到高峰，此时雌蕊退化型性花则渐增加，如此规变化可於四番木瓜品种。
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The viscosity properties of break flour, middling flour, and oat flour (mixture of break flour and middling flour with nature milling ratio) were investigated. The results showed that after high-temperature treatment, the average gelatinization temperature of break flour, middling flour and oat flour decreased significantly, which were lower than that of oat without high-temperature treatment. Their peak viscosity, final viscosity and hold viscosity increased both under air-heating (140℃, 155℃) and far-infrared heating (200℃), compared with non-treated samples. With the temperature of high-temperature effects treatment increasing gradually, their viscosity properties decreased.
结果表明，和对照（50℃热风干燥6 h）相比，经高温处理的燕麦籽粒，其皮粉、心粉和面粉的平均糊化起始温度均明显降低；140、155℃的热风干燥和200℃的远红外烘烤处理，均能提高皮粉、心粉和面粉的峰值黏度、最终黏度、低谷黏度；随着热风干燥或红外烘烤温度的升高，燕麦的皮粉、心粉、面粉的峰值黏度，最终黏度和低谷黏度呈下降趋势。
- 更多网络解释与心皮化相关的网络解释 [注：此内容来源于网络，仅供参考]
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apocarp：离心皮果
apocarboxylase 羧化酶脱辅基,羧化酶蛋白(部分) | apocarp 离心皮果 | apocarpous 心皮离生的
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carpology：果实分类学
carpologist | 果实学家,果实分类学家 | carpology | 果实分类学 | carpomany | 心皮化
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megasporophyll：大孢子叶
花叶又因构造和功能的精细分化后,分成心皮(carpel)是折合的花叶,内藏胚珠(ovule),源起於会生产和分化大孢子的叶子,所以心皮也是更精细特化的一种大孢子叶(megasporophyll).
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stone cell：石细胞
核果(Drupe):单心皮,子房1室,通常种于1粒,外果皮薄,中果皮肉质,内果皮系属石细胞(stone cell)组成之坚硬核,如桃(Prunus persica).12. 坚果(Nut):常由多心皮发育而成,种子1粒,果皮坚硬而木质化,壳斗植物(Fagaceae)之坚果常被坚硬总苞,
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unmarked member：无标记成分
carpomany 心皮化 | unmarked member 无标记成分 | automatic packaging 自动包装
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carpellate：心皮的;有心皮的;雌花的
心皮鳞片 carpellary scale | 心皮的;有心皮的;雌花的 carpellate | 心皮化 carpellody
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caryopsis or grain：穎果 具一種子果皮易和種子不易分離的果實常見於禾本科
carpel 心皮 單一特化葉為雌蕊的單位 | caryopsis or grain 穎果 具一種子果皮易和種子不易分離的果實常見於禾本科 | casparian strip 卡氏帶 內皮細胞上所具有的一條厚壁,相連成帶狀
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Penthoraceae：扯根菜科
扯根菜属(Penthorum)原属本科,因叶膜质,心皮基部又无腺体,法国学者P.van蒂耶盖姆把它作为一个独立的科--扯根菜科(Penthoraceae). 近代多数学者把它列入虎耳草科的原始类型属. 夜间,大气中CO2自气孔进入细胞质中,被磷酸烯醇式丙酮酸(PEP)羧化酶催化,