For dipping boundaries and anisotropic layers, they can cause obvious energies on transverse component and show periodicity variations as a function of back azimuth.

通過分析發(fā)現(xiàn)傾斜界面和各向異性介質(zhì)都能使接收函數(shù)的切向分量產(chǎn)生明顯的能量麻豆AV免费看，并使徑向和切向分量呈現(xiàn)周期性的變化。

From the maximum value of peak ground acceleration along all profiles, it's found that the radial component is about 2 times larger than the vertical component.

考慮到數(shù)值模擬中所采用的震源機(jī)制以及方位差異啪啪啪日本黄色网，剖面SC01同SC02一级黄片视频免费看、SC03之間在切向分量最大值的差異是可以理解的。

Only by using the anisotropic media, e.g. a model with symmetric axis of arbitrary orientation, computing the response, can we obtain the detailed anisotropy information hidden in the radial and transversal receiver function.

只有采用具有任意方向?qū)ΨQ軸的橫向各向同性介質(zhì)等各向異性模型日韩系列在线精品视频观看网站大全，通過計(jì)算模型的介質(zhì)響應(yīng)中文自拍日韩在线视频网站，才可以充分提取出接收函數(shù)徑、切向分量及其方位變化中包含的各向異性信息国产区精品系列一区二区。

On the boundary of the mean surface of the conductor plate,the tangential component of E is coupled into the finite element equation by means of the differential of H.

借助于磁場(chǎng)強(qiáng)度H的微分成人野外激情免费观看视频网站下载，在薄導(dǎo)體板的均值面的邊界上，電場(chǎng)強(qiáng)度E的切向分量被耦合進(jìn)有限元方程国产精品俺来也在线观看了，而電場(chǎng)強(qiáng)度E的法向?yàn)榱愕倪吔鐥l件被強(qiáng)加91地址国产一区。

The model shows that the material removal depth is proportional to two-thirds power of the normal polishing force and the relative tangential velocity component between the polishing tool and wheel, and is inversely proportional to the feed rate of polishing tool.

模型表明，材料去除深度與法向拋光力的三分之二次方成正比91一区二区日本在线观看www，與進(jìn)給速度成反比黄色片视频免费，與拋光工具和車輪的相對(duì)速度切向分量成正比欧美操逼视频网站免费看。

These work are mainly based on two assumptions: one is called as the Deeg-Pak assumption, i.e., the crack is assumed to be an impermeable slit and thus the electric field inside the crack is equal to be zero; the other is called as the Parton assumption, i.e., a crack is treated as a permeable cut across that both the normal components of electric displacement and the tangential component of electric field are continuous.

裂紋問題：對(duì)于壓電介質(zhì)內(nèi)的裂紋問題黄色毛片1级网站2000，近十年來人們已做了大量的理論分析工作，這些工作主要是基于兩種假設(shè)：一種稱之為 Deeg-Pak 假設(shè)国内外激情在线视频频，即假設(shè)裂紋為電非滲透的欧美日韩免费粉嫩人妻视频专区，因此裂紋內(nèi)的電場(chǎng)等于零；另一種稱之為 Parton 假設(shè)欧洲性网站，即假設(shè)裂紋為電滲透的国产ktv内交换配乱婬视频，且跨越裂紋上下表面電位移的法向分量和電場(chǎng)的切向分量是連續(xù)的。

Making use of the inverse surface equation of wave normals and the boundary condition about the continuity of electromagnetic field tangential component at the surface of crystal, expressions about wave normal and ray direction, wave normal and ray refractive indexes were obtained.

論文建立了以光線入射方向和晶體光軸方向?yàn)榛鶞?zhǔn)的入射坐標(biāo)系1000部国产怕怕怕精品，利用波法線反曲面方程和電磁場(chǎng)在晶體折射界面處切向分量連續(xù)性的邊界條件午夜5060国产一级A片，得到了晶體中波法線方向日韩精品美女网页在线观看免费、射線方向、波法線折射率和射線折射率的表達(dá)式色在线综合。

When a ferromagnetism items is under the application of stress, the phenomenon that the tangential component of magnetic leakage field has maximum value and that the normal component of magnetic leakage field changes polarity and acquires zero value at the stress concentration zone will take place.

鐵磁性工件在受到應(yīng)力作用時(shí)干天天干，在應(yīng)力集中處會(huì)有漏磁場(chǎng)的切向分量出現(xiàn)最大值、同時(shí)法向分量改變符號(hào)且過零值點(diǎn)的現(xiàn)象三级视频网站欧美日韩。

The linear transient eddy current electromagnetic field problem for determining solution is characterized by replacing the interface condition of the tangential component of the electric field intensity by the interface condition of the normal component of the magnetic flux density, and ignoring the displacement current in the constraint equations.

謝莉 北京航空航天大學(xué)自動(dòng)化科學(xué)與電氣工程學(xué)院啪啪啪精品，北京 100083雷銀照北京航空航天大學(xué)自動(dòng)化科學(xué)與電氣工程學(xué)院，北京 100083線性瞬態(tài)渦流電磁場(chǎng)定解問題的主要特點(diǎn)是邊界條件使用磁感應(yīng)強(qiáng)度的法向分量邊界條件代替了電場(chǎng)強(qiáng)度的切向分量邊界條件日韩欧精品无码视频无删节，約束方程中忽略了位移電流花蝴蝶高清视频在线观看01。

Our results demonstrate that the symmetric and asymmetric variations above the incident azimuths appear on the radial and transverse components of the receiver function, respectively.

結(jié)果表明，當(dāng)臺(tái)站下方存在傾向一致的傾斜界面時(shí)字幕网国产在线观看，遠(yuǎn)震體波接收函數(shù)的徑向分量和切向分量分別隨震源方位角的變化呈現(xiàn)對(duì)稱和反對(duì)稱的規(guī)律性變化干干干干干干射射。