- 更多网络例句与浆片相关的网络例句 [注：此内容来源于网络，仅供参考]
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In natural process of anthesis, fresh weight of lodicules increased gradually and peaked during floret opening.
颖花自然开放过程中，浆片鲜重逐渐增加并在开花时达到最大值。
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Concerning deinked pulp, the model between pulp reflect ratio at 840nm or 940nm and the ERIC value are presented basing on the normal method ERIC950. After the model is calibrated by the OMG and ONP reflect experiments and by simulationg lacal deinked pulp circular system, the correlation coefficient is 94.6%. The function between pulp factual brightness and 460nm reflective ratio is also developed and the correlation coefficient is 94.5%.
内的概率达92.8%；对于脱墨浆，以ERIC950为基准，建立了纸浆840nm或940nm反射因数与ERIC值之间的函数关系，分别用OMG和ONP浆片的反射因数对模型的参数进行了整定，模型与残余油墨含量真实值线性相关性达94.6%；建立了纸浆真实亮度值与纸浆460nm反射因数之间的函数关系，纸浆亮度测量模型与真实值线性相关系数达94.5%。
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The lodicule expansion was not the only reason for flowering.
浆片膨大不是开颖的唯一原因。
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The morphogenesis of floral organs in both srg mutant and wild-type rice Dular (Oryza sativa L.) was observed using the scanning electron microscope. The results showed that the floral primordia were differentiated under irregular pattern in srg mutant. After regular formation of lemma and palea primordia, the floral primordium of srg formed lodicule primordia inner to both lemma and palea, followed by the formation of stamens and carpel. Alternatively, floral primordia in srg were split to form two or more floral primordia. The number and position of stamens and carpels primordia were malformed.
利用扫描电子显微镜观察野生型水稻和裂颖水稻的颖花原基分化情况，结果发现，突变体水稻的幼穗在形成内、外稃原基后，有些颖花在形成浆片后并不是直接发育形成雄蕊原基，而是在外稃或内稃原基内侧又分化出浆片原基；有些颖花原基从中间缢裂，缢裂的颖花原基又分别形成类稃片的结构，颖花发育后期，6枚雄蕊发育畸形，并且观察到不同数目的雄蕊。
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Furthermore, each developmental phase showed several different phases, these included inflorescence 0 phase, inflorescence Ⅰ phase, inflorescence Ⅱ phase; spikelet Ⅰ phase, spikelet Ⅱ phase, spikelet Ⅲ phase; palea primordium phase, lodicule primordium phase, stamen primordium phase and carpel primordium phase.
在这3个大的发育时期，又根据每一发育时期中的原基分生组织生长发育的程度及先后顺序分别又可分为：花序0期、花序1期、花序Ⅱ期；小穗期Ⅰ期、小穗Ⅱ期、小穗Ⅲ期；内稃原基分化期、浆片原基分化期、雄蕊原基分化期、心皮原基分化期。
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Mostof florets were made up of normal paleola, more pistils, fewer stamens and 40.4% of themconsisted of three pistils, 45.25% four pistils. Most anthers were malformation and onestamen had two anthers in some florets. More than 97% ovarys were abnormal, 2/3 ofwhich consisted twin-ovary, and 2 to 4 stigmas were on the same ovary. 7.6% floretsdisplayed stamen- origin pistils.
对突变体颖花的解剖观察结果表明，浆片正常，雌蕊增加，雄蕊数目减少，其中40.4％具有3枚雄蕊，45.25％具有4枚雄蕊；花药大多畸形，存在一花丝两花药现象；子房97％以上畸形，其中双子房占2／3，每个子房柱头数2-4个不等；约有7.6％的颖花出现明显的雄蕊雌蕊化现象。
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Undeveloped and unequal tracheae of SVB, big volume, heavy weight, high water potential on lodicules are one of the important reason that CMS lines have higher PGG.
浆片小维管束导管少且分布不均匀、体积大、重量重、水势高是不育系种子裂颖重的重要原因之一。
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The area and number of heavy tracheae for a SVB, mean area of a tracheae for a SVB, the area and number of tracheae for all SVB had a significantly positive correlation with PGG on CMS lines, while the area of a tracheae for a SVB which has tracheaes, the area for a SVB, volume, weight, water potential had a negative correlation with PGG on CMS lines.
不育系种子裂颖率与浆片单个小维管束的导管面积和数目、单个小维管束平均单个导管面积、整个小维管束的导管面积和数目呈极显著负相关，与浆片单个导管未退化小维管束单个导管面积、单个小维管束面积、体积、重量、水势呈显著正相关。
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Expression pattern analysis showed that OsMADS34 is expressed in root, shoot, leaf and the organs of spikelete (glumes, lemma, palea, lodicules, stamen and carple).
表达模式分析则表明OsMADS34在水稻的根、茎、叶以及小穗的各轮器官(颖片、内外稃、浆片、雄蕊以及雌蕊)中都有表达。
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The experiment with 4 cytoplasmic male sterile and their B-lines to examine characteristics of small vascular bundle, volume, weight, water potential of lodicules between CMS lines and B-lines and among CMS lines by using GLM and multiple comparisons, and correlation analysis was also conducted on the SVB, volume, weight, water potential of lodicules and percentage of glume-gaping grains and percentage of heavily glume-gaping grains on CMS lines.
以具有不同裂颖特性的细胞质雄性不育系福伊A、三香A、丰源A、T98A及其相应保持系为材料，对不育系间以及保持系与不育系间浆片的小维管束性状值、体积、重量、水势进行方差分析和多重比较，并对不育系浆片的小维管束性状值、体积、重量、水势与其种子裂颖率和裂颖度进行相关分析。
- 更多网络解释与浆片相关的网络解释 [注：此内容来源于网络，仅供参考]
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chip groundwood：木片磨木浆
chip grinder 木片磨浆机 | chip groundwood 木片磨木浆 | chip hopper 装锅漏漏斗
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locusta：(拉) 螽花
loust 飞蝗 | locusta (拉) 螽花 | lodicule 浆片(鳞被)
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lodicule：浆片
常较短小 质地亦较薄 先端多呈截平或微凹 背部具2脊 亦有若干平行纵脉 其2脊可伸出成小尖头或短芒;③鳞被(亦称浆片)(lodicule):此为轮生的退化内轮花被片 计2或3片 稀可较多或不存在 形小 膜质透明 下部具脉纹 上缘生小纤毛;
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lodicule：浆片(鳞被)
locusta (拉) 螽花 | lodicule 浆片(鳞被) | logarithmic phase 对数期
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clay puddle：黏土混合浆
clay rock 黏土岩 | clay puddle 黏土混合浆 | clay platelet 黏土片晶
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thick skin graft：全层皮移植物,布朗氏移植片
thick shell 厚壳体 | thick skin graft 全层皮移植物,布朗氏移植片 | thick slurry process 浓浆法
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entoplasm：内浆
entoplasm 内胞浆 | entoplasm 内浆 | entosternite 内腹片
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entosternite：内腹片
entoplasm 内浆 | entosternite 内腹片 | entotergum 内背板
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pasted plate：涂浆式极片
pasted paper 裱糊纸 | pasted plate 涂浆式极片 | pastel blanket 素色毡
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grout stop plate：止浆片
grout cell,出浆盒 | grout stop plate,止浆片 | grout valve,灌浆阀