查询词典 pentagonal pyramid

Prism series:Triangular prism, right-angled prism、Four prisms, pentagonal prism, half pentagonal prism ,polyhedron prism, Rotor drum prism, Simite roof prism,right-angled roof prism,Amici Frisms,Four pyramid reflectors,pyramid,V- prism, Wedge Prism/ Folds the axis Prism, Wedge-shaped prism ,Trapezius prism, Cube prism,Reference prism,Target, Changes the prism, Trapezius roof prism,V- roof prism,Compound/Abbe prismAnd other combination prism and so on

棱镜系列：三棱镜、直角棱镜、四棱镜、五角棱镜、半五角棱镜、多面体棱镜、转鼓棱镜、斯密特屋脊棱镜、直角屋脊棱镜、五角屋脊棱镜、分光棱镜、四棱锥反射镜、角锥、道威棱镜、楔角镜/折轴棱镜、楔形棱镜、斜方棱镜、立方棱镜、参考棱镜、靶标、转向棱镜、斜方屋脊棱镜、道威屋脊棱镜、复合/阿贝棱镜及其他组合棱镜等。

Am pick up from your hotel in Cairo to visit the pyramid of Giza and Sphinx ,The Great Pyramid of Giza (also called the Pyramid of Khufu and the Pyramid of Cheops) is the oldest and largest of the three pyramids in the Giza Necropolis bordering what is now El Giza, Egypt, and in a historical irony is the oldest of the Seven Wonders of the Ancient World and the only one that survives substantially intact.

上午8时从您选择的酒店在开罗访问的吉萨金字塔和狮身人面像，在吉萨大金字塔（也称胡夫金字塔和金字塔胡夫）是历史最悠久，规模最大的三个在吉萨金字塔墓地周边现在什麼是厄尔尼诺吉萨，埃及，并在历史的讽刺，是最古老的七大奇迹的古代世界的唯一生存完整的。

The "product line---demand---consumers" pyramid" model combining with Maslow"s Need Hierarchy Theory explains the dynamic relationship among the luxury brand"s core products, the main targeted consumers and their main demand. Firstly, competition, sales pressure, market development and other reasons make the core products and product lines growing, namely downward to the bottom of the pyramid; Secondly, with the product line downward to the bottom of the pyramid, the number of luxury consumers has been expanded; Thirdly, because of the exclusive consuming demand, consumers" requirements of conspicuousness and self-fulfillment for the luxury goods are upward to the top of the pyramid.

因此，本研究结合马斯洛需求层次理论，提出了"产品线—需求—消费者金字塔"模型，说明了奢侈品品牌的核心产品、主要目标消费者及其主要需求之间的动态关系：第一，由于竞争、销售压力和市场发展等方面的原因，使得核心产品、产品线有扩大的趋势，即向金字塔下方发展；第二，随着产品线向金字塔下方发展，奢侈品的消费者数量也随之扩大；第三，由于消费需求的排他性，消费者对奢侈品的炫耀性和自我实现性要求则是向金字塔上方发展的。

Irregular pyramid is also called adaptive pyramid, which overcomes the rigidity of regular pyramid and is adaptive to the contents of images. The irregular pyramid structure is the main implementation in segmentation methods.

金字塔分为规则金字塔和非规则金字塔，后者可以克服前者的刚性特点，与图像内容相适应，成为金字塔图像分割算法的主要实现形式。

In the simulation, the control of two satellites with different mass (6tons, 9tons) under pentagonal pyramid configuration and tetragonal pyramid configuration has been studied individually by means of zero movement additive.

基于五棱锥构形和金字塔构形两种构形采用零运动添加的方法研究了两种不同质量的卫星(6吨、9吨)的控制情况，表明五棱锥构形的控制力矩陀螺系统能够满足任务要求，姿态稳定度1×10~4°/s，指向精度0.1°。

And Antiquities of Freemasonry (Philadelphia, 1875); ROWBOTTOM, Origin of Freemasonry as manifested by the Great Pyramid (1880); HOLLAND, Freemasonry from the Great Pyramid historically illustrated (1885); CHAPMAN, The Great Pyramid, etc.(1886); WEISSE, The Obelisk and Freemasonry, according to the discoveries of Belzoni and Gorringe (New York, 1880); KATSCH, Die Entstehung und wahre Endzweck der Freimaurerei (1897); FINDEL, History of Freemasonry (1861-2; 1905), translated and revised by LYON, 1869; influential in spreading more accurate historical notions among Masons; GOULD, Hist.

和古迹的共济会（费城， 1875年）； ROWBOTTOM ，起源济体现了大金字塔（ 1880年）；荷兰，共济会从大金字塔的历史说明（ 1885年）；查普曼，大金字塔，等等（ 1886年）； WEISSE ，在方尖碑和共济，根据发现的贝尔佐尼和Gorringe （纽约， 1880年）； KATSCH ，模具Entstehung与wahre Endzweck之Freimaurerei （ 1897年）；芬德尔，史济（ 1861-2 ； 1905年），翻译和修订了里昂， 1869年；有影响力的传播更准确的历史概念之间的泥瓦匠；古尔德，组织胺。

Each side is 222 meters long and it's over 70 meters high, making it the third largest pyramid in the world by volume, after the Great Pyramid of Cheops in Egypt and the unrestored pyramid at the Mexican city of Cholula.

双方都为222米，它超过70米高的，使其成为第三大金字塔在世界上的数量，在胡夫大金字塔的埃及和拔除的金字塔在卓路拉墨西哥城市。

In normal group and sham lesion group, BDA positive neurons were distributed symmetrically in the pyramid cells of sensorimotor cortex, and BDA positive fibers of pyramid cells passed through the cerebral cortex, internal capsule, cerebral peduncle of midbrain, basilar portion of pons to the pyramid of medulla oblongata. At the lower part of the medulla oblongata, most of the BDA positive fibers passed through the pyramidal decussation to the contralateral side, continously descended at the ventral part of posterior funiculus just dorsal to the posterior gray commissure and ended at sacral spinal segments.

正常组和假损伤组大鼠BDA示踪显示BDA标记阳性细胞定位于双侧感觉运动皮层的锥体细胞，锥体细胞发出的BDA阳性纤维束对称分布于双侧皮层、内囊、大脑脚、脑桥基底部、延髓锥体中的皮质脊髓束内，继而经锥体交叉到脊髓后索，在双侧后索最深层、灰质后连合背侧下行至脊髓骶段。

And if have the Wonderland technology of Sun company and product, the son of JoeHartley can be among fictitious world, of saltant Egypt pyramid in the sky, see the complete picture of Egypt pyramid, and the framework that can inspect pyramid with close quarters and the component inside.

而如果有Sun公司的Wonderland技术和产品的话，JoeHartley的儿子就可以在虚拟的世界当中，飞跃埃及金字塔的上空，看到埃及金字塔的全貌，而且可以近距离考察金字塔的架构和里面的部件。

The calculated results show: the ground state structures of PtNi5, Pt2Ni4 and Pt3Ni3 clusters are quadrangular bi-pyramid, and Pt4Ni2 and Pt5Ni clusters are triangular bi-pyramid with hat and triangular pyramid with quadrilateral, respectively. From the point of view of thermodynamics, PtnNim clusters are stable because of the negative enthalpy of formation; the positive NICS of PtNi5 clusters show anti-aromaticity, The negative NICS of Pt2Ni4 and Pt5Ni clusters show aromaticity. The number of the IR absorption peak of Pt3Ni3 is the most. The IR and raman absorption peak of PtNi5 , IR of Pt2Ni4, Raman of Pt3Ni3 and Pt4Ni2 have only one. The absorption peak of Pt5Ni appears in the bigger frequencies only, and is zero almost in the small frequencies.

研究结果表明：PtNi5、、Pt2Ni4、Pt3Ni3团簇的基态结构都为四角双锥结构，Pt4Ni2 和Pt5Ni团簇的基态结构分别是戴帽三角双锥和三角锥戴四边形结构；PtnNim团簇的生成焓都为负值，表明团簇在热力学上是稳定的；由NICS值可得，PtNi5团簇具有反芳香性，Pt2Ni4和Pt5Ni团簇具有芳香性；从光谱分析来看，Pt3Ni3团簇的IR较强吸收峰的个数最多，PtNi5团簇的IR和Raman、Pt2Ni4团簇的IR、Pt3Ni3和Pt4Ni2团簇的Raman只有一个强吸收峰值，Pt5Ni团簇的峰值只出现在频率较大的位置，频率小的位置几乎为零。

There are different types of personal loans available.

有许多不同类型的个人贷款优惠。

The above mentioned teaching model of spiral rising can be used to avoid rigidness in teaching.

上述螺旋式上升的教学模式，可以避免教学形成模式後的僵化现象。