母马

It is shown that Mn and Ti had refined the microstructure,and formed to precipitation affluent of Mn or Ti ,which approved the performance of the Shape Memory Alloy.For a certain strain,the shape memory effect vayied functionly together with the aging time:alloy performance the best coorperative status that the martensite lathing was close and ordered,the precipitation rich of Mn and Ti dispersed orderly in the microstructure and little or even no eutectoid phase had precipited in the alloy ,in a special aging temperature and time. With the prolonger of the aging time,the different aging time affects the microstructure rulely.

结果表明：Cu-Al-X系形状记忆合金中，Mn和Ti的加入细化了组织，并且形成了富Mn和富Ti相，起到沉淀强化和弥散强化的作用；对于同一种变形量，合金在母相时效时，形状记忆效应随时效保温时间呈现规律性变化，不同时效温度下，合金对应一个不同的时效时间，此时合金的显微组织呈现最佳自协作状态，马氏体板条细密有序，富Ti和Al相均匀的弥散在组织中，合金中没有或很少有共析相出现，且随着时效时间的延长，在不同的特定温度下，Cu-24Al-3Mn-2Ti合金的组织会有规律性的变化。

It is shown that Mn and Ti had refined the microstructure, and formed to precipitation affluent of Mn or Ti, which approved the performance of the shape memory alloy. For a certain strain, the shape memory effect varyied functionly together with the aging time: alloy performance the best coorperative status that the martensite lathing was close and ordered, the precipitation rich of Mn and Ti dispersed orderly in the microstructure and little or even no eutectoid phase had precipited in the alloy, in a special aging temperature and time. With the prolonger of the aging time, the different aging time affects the microstructure rulely.

结果表明：Cu-Al-X系形状记忆合金中，Mn和Ti的加入细化了组织，并且形成了富Mn和富Ti相，起到沉淀强化和弥散强化的作用；对于同一种变形量，合金在母相时效时，形状记忆效应随时效保温时间呈现规律性变化，不同时效温度下，合金对应一个不同的时效时间，此时合金的显微组织呈现最佳自协作状态，马氏体板条细密有序，富Ti和Al相均匀的弥散在组织中，合金中没有或很少有共析相出现，且随着时效时间的延长，在不同的特定温度下，Cu-24Al-3Mn-2Ti合金的组织会有规律性的变化。

The electron microscopic technique was adopted to study spermatocyte and spermatozoid ultra-structures of Dryopteris crassirhizoma Nakai.

应用电镜技术对蕨类植物绵马鳞毛蕨精母细胞和游动精子的超微结构特征进行了研究。

Our studies on oocytes ultrastructure, in which experimental materials came from Wapiti, was just one of the blanks.

本研究以马鹿为试验材料，开展了鹿卵母细胞超微结构的研究。

Results Under the light microscope, we had figured out that the mean diameter of wapiti oocyte was 172.958±17.298 μm, and the thickness of cumulus cell and zona pellucida were 67.750±33.107 μm and 13.782±2.516μm respectively.

结果 在光镜下，马鹿卵母细胞的平均直径为172.955±17.295μm，卵丘细胞厚度为67.750±33.107μm，透明带厚度为13.782±2.516μm。

There were lesser and fewer in commercial species and its numbers in the cover net, and the sum of Nemipterus virgatus , Saurida tumbil , Upeneus bensasi , Trachinocephalus myops comprised 95.4% in number and 86.0% in weight of sample catch in the cover net,respectively. The high percentage of juvenile commercial species that were undersized in the codend showed 30.3 mm square mesh codend had more serious damage to most juvenile commercial species, approaching or exceeding 50% in percentage of juvenile species which body length is smaller than fishable size- Trichiurus haumela, Priacanthus tayenus , Navodon tessellatus, Argyrosomus argentatus, Nemipterus bathybius and so on, even exceeding 90% in percentage of juvenile Sepia spp, Loligo spp and Parastromateus niger. In particular, 50% selection lengths ( L 0.5) caught Saurida tumbil and Nemipterus virgatus were smaller than their minimum fishable size.

结果表明，这种规格的方目网囊平均尾数逃逸率为29.76%，平均重量逃逸率为8.46%；出现在套网中的经济种类少、数量少，条尾绯鲤、金线鱼、多齿蛇鲻、大头狗母鱼4种鱼的尾数和重量分别占套网抽样渔获的95.4%和86.0%；网囊中带鱼、长尾大眼鲷、黄鳍马面鲀、白姑鱼、深水金线鱼等鱼种的体长小于可捕标准的个体尾数比例均超过或接近50%，枪乌贼、乌贼、乌鲳等幼鱼尾数比例达90%以上，多齿蛇鲻和金线鱼50%选择体长均未达到最低可捕标准，表明该种规格网囊对多数经济种类幼体的损害比较严重。

We, then, following the Holy Fathers, all with one consent, teach men to confess the one and same Son, our Lord Jesus Christ, the same perfect in Godhead and also perfect in manhood; truly God and truly man, of a reasonable soul and body; consubstantial with the Father according to the Godhead, and consubstantial to us according to the Manhood; in all things like unto us, without sin; begotten before all ages of the Father of the Father according to the Godhead, and in these latter days, for us and for our salvation, born of the Virgin Mary, the Mother of God, according to the Manhood; one and the same Christ, Son, Lord, Only-begotten, to be acknowledged in two natures, inconfusedly, unchangeably, indivisibly, inseparably; the distinction of natures by no means taken away by the union, but rather the property of each nature being preserved, and occuring in one Person and one Subsistance, not parted or divided into two persons, but one and the same Son, and only begotten, God the Word, the Lord Jesus Christ, as the prophets from the beginning concerning him, and the Lord Jesus Christ himself has taught us, and the Creed of the holy Fathers has handed down to us.

我们跟随圣教父，同心合意教人认识同一位子，我们的主耶稣基督，是神性完全、人性亦完全者；他真是上帝，也真是人，具有理性的灵魂，也具有身体；按神性说，他与父同体；按人性说，他与我们同体；在凡事上与我们一样，只是没有罪；按神性说，在万世之前，为父所生；按人性说，在晚进时日，为求拯救我们，由上帝之母，童女马利亚所生；是同一基督，是子，是主，是独生的，具有二性，不相混乱，不相交换，不能分开，不能离散；二性的区别不因联合而消失；各性的特点反得以保存，会合于一个位格，一个实质之内；而非分离成为两个位格，却是同一位子，独生的，道上帝，主耶稣基督；正如众先知论到他自始所宣讲的，主耶稣基督自己所教训我们的，诸圣教父的信经所传给我们的。

The result indicate the unexpected complexity of the DM domain gene family in Pinctada matensii.

证实了在马氏珠母贝基因组中也存在Dmrt基因家族的多个成员。

Pinctada martensii is the main economic shellfish for seawater pearl production, and cultivation of genetically improved strain will foster the sustained and healthy development of seawater pearl industry.

马氏珠母贝是生产海水珍珠的主要经济贝类，开展遗传改良培育新的品系关系到海水珍珠产业的持续健康发展。

Liu Wen-hsiung said that at present market sales by Pearl Ma Pui by breeding output, quality is far better produced by Pinctada maxima.

刘文雄说，目前市场上所销售的珍珠多由养殖马氏贝产出，质量远不如大珠母贝所产。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。