- 更多网络例句与单倍期相关的网络例句 [注：此内容来源于网络，仅供参考]
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Two concurrent lineages in East China sea might be led by population reestablishment after the last Glacial Maximum.
在东海同时出现2个单倍型类群，很可能是由于末次冰盛期过后在中国东海新的栖息地上群体重建引起的。
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The call developmental process of Psittacula agapornis consists of five instinct phases according to its call character. In the first phase （congenital cal1 phase, CCP, 0~12 day of age）, the juveniles only produce single syllable with short syllable length. The second phase（blank-model-forming phase,BMFP, 13~30 day of age） is important for formation of vocal learning pathways. During this phase, the calls characterized by more and longer syllables. In the third phase （call-model-forming phase,CMFP, 31~45 day of age）, the call development is guided by a model system for vocal learning, vocal learning is engendered so that some calls with multi-syllables with UP1 are produced, principal frequency has increased about by 920 cent, the number of note is double that of second phase. The short-term memories are transformed into long-term memories in the forth phase （call-feedback-learning phase,CFLP, 46~90 day of age）. The call of juveniles is a close match to tutor call which accompanied by double various sounds with BS and UP1, and more resonance components were formed. Second principal frequency has increased about by 970 cent, the number of note increases by 2.6~3.0 times. During the fifth phase （excellent call phase,ECP, after 91 d）, vocal motor pathway is developed and the calls are accompanied with most stable, harmonious vari-tone and complex repertoire.
牡丹鹦鹉的鸣声发育分为5个时期。0~12 d为先天性鸣声期，鸣声特征为以基本音为主音的单音节单音调声，声长短。13~30 d为空白模板形成期，鸣声特征为以基本音为主音的多音节单音调声，声长和音量显著性增加，表明发声学习通路开始形成。31~45 d为鸣声模板形成期，鸣声特征为以第1陪音（UP1）为主音的多音节单变调声，声长和音量显著性增加，主音频提升约920音分，涵盖的律音数增加1倍，表明发声学习模板逐渐形成，发声学习开始。46~90 d为鸣声反馈学习期，鸣声特征为以BS和UP1为主音的双变调声，声长和音量显著性增加，主音频涵盖的律音数增加2.6~3.0倍，第2主音频提升约970音分，表明稳定模板逐渐形成，短期记忆逐渐向长期记忆转化。91 d后为完美鸣声期，鸣声特征为以UP1为主音的复合变音调声，声长、音量、主音频的提升和涵盖的律音数都趋于平稳，鸣声稳定而和谐，表明发声运动通路基本形成。
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In Chapter 5, photo-induced absorption is used to study the intersystem crossing from singlet to triplet states of two polyfluorenes after doped with Ir-complex. It is found that the triplet exciton lifetime of PFs is reduced by the dopants. But instead of decreasing, the population density of PF triplet exciton increases by almost one order of magnitude. The finding shows that the ISC rate can increase over 100 times due to the spin-orbital interaction with the Ir ions.
第五章以光诱发吸收光谱技术研究两种聚芴高分子掺杂绿光铱错合物后，聚芴的单重态到三重态的内部系统转换效率的改变；研究发现在掺杂后，聚芴的三重态生命期减短，但出乎意料的是其三重态的态密度并没有随之降低反而有一个数量级的增加，其原因为单重态到三重态的内部系统转换受铱错合物的影响效率增加了100倍。
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The compression or tension strength of soil cement is dependent on curing time and the mixed cement content.
在强度试验方面，土壤水泥的单压或张力强度会随著养护龄期增加而增加，同时强度也会随著水泥添加量增加而增加，28天土壤水泥的单压强度约为7天单压强度的1.68倍，28天张力强度约为7天张力强度的1.30倍，土壤水泥单压或张力强度随著最大乾密度的增加而增加，并且呈现线性关系。
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- 更多网络解释与单倍期相关的网络解释 [注：此内容来源于网络，仅供参考]
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haplont：单体生物
haploidy 单倍性 | haplont 单体生物 | haplophase 单倍期
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haplont：单元体
haplomitosis /单倍有丝分裂/ | haplont /单元体/ | haplophase /单元期/
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haploid ; monoploid ; haplont：单倍体
动物蛋白水解物 HAP ; hydrolyzed animal protein | 单倍体 haploid ; monoploid ; haplont | 单倍期 haplophase
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haplophase：单倍期
haplont 单体生物 | haplophase 单倍期 | haplopolyploid 单倍多倍体
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haplophase;haploid phase：单倍期;单元期
单倍体不孕性 haplontic sterility | 单倍期;单元期 haplophase;haploid phase | 拟芸香属(芸香科) Haplophyllum
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haploid phase;haplophase：单倍期;单元期
"单倍体单性生殖","haploid parthenogenesis" | "单倍期;单元期","haploid phase;haplophase" | "单倍植物体","haploid plant"
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acute pyelonephritis：急性肾盂肾炎
急性肾盂肾炎(acute pyelonephritis)是细菌侵入肾盂和肾实质所引起的急性感染性炎症,可为单侧也可为双侧. 女性发病率高于男性数倍,女性在儿童期、新婚期、妊娠期和老年期更易发病.
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haplophyte：单倍体植物(常称配子体)
haplophase 单倍期 | haplophyte 单倍体植物(常称配子体) | haplosis 减半作用