poor direction 中文意思是什麼
poor direction
解釋
方向不正-
The temperature of surface concrete varies with environmental temperature, but the conductibility of inner concrete is very poor. as a result, a quick decrease of environmental temperature will lead to large temperature gradient and then tensile stress develop soon in the thick direction, which will probably occur on the entire cross - section
混凝土表面溫度隨外界溫度波動而波動，但內部的導溫性能很差，所以在外界溫度驟降時將引起很大的溫度梯度，從而在厚度方向上拉應力發展很快，這極易引起全斷面拉應力發生。 -
Some secondary problems, such as : poor frustration tolerance, poor following direction, often interfere with the process of sensory integrative treatment
因此，治療師可應用行為改變技術，適時矯正這些問題，以利治療的進行。 -
Usually these pole extraction methods are poor when the value of the residual corresponding to the pole is small. in order to avoid the disadvantages, the matrix pencil method for the pole extraction of transient responses from multiple look direction is introduced
針對大部分演算法由於入射方向的不同而導致目標的某些極點由於留數太小提取不出來的缺點，採用了一種使用多個入射方向瞬態響應的矩陣束法來提取極點。 -
Lastly, aiming at the poor results which all current algorithms do for directional textures, and cannot synthesis texture directly, aiming at the particularity of this kind of textures, we bring forward the conceptions of non frontal parallel textures and frontal parallel textures. by analyzing texture ' s direction through fourier spectrum, we introduce the conception of main direction, and solve the approximation value of texture ' s main direction by discrete approximated approach. by this way, we can synthesis indirectly simple structural non frontal parallel textures
最後針對現有演算法對帶有方向的紋理合成效果差，無法直接合成紋理圖像的難點，本論文首先提出了非正平行紋理與正平行紋理的概念，分析了它們之間的內在聯系，引入了兩個角度參數來描述紋理的朝向，採用傅立葉頻譜法分析紋理的方向特性，並提出了紋理主方向的概念，本論文引入離散逼近的方法來求解出紋理主方向的近似值，這樣我們就能用一種間接的方法合成簡單的結構性非正平行紋理。 -
Being just unfolding, industrialized movements represents the contemporary developing requirements and forwareing direction of the advanced productivity, examining the reality and future, the drawback of changsha " s development lies in industry, also the advantage in industry and wishes in industry the development of changsha " s industry has the advantage of culture, geography, good relations, technology, industry and environment, while it also has the disadvantage of low industrialized lever, poor foundation and insufficient accumulation
方興未艾的工業化運動，代表著當今先進生產力的發展要求和前進方向。審視現實與未來，長沙發展的差距在工業，優勢在工業，希望在工業。長沙工業的發展，既有文化、地緣、人緣、技術、產業、環境等方面的優勢，也有工業化水平低、基礎薄弱、積累不足等方面的劣勢；既有實現跨越式發展的良好機遇，又必須面對更為嚴峻挑戰的形勢。 -
The design conception of underground atriums station is adopted by more and more metro stations in the world, because it can solve problems of underground space, such as the narrow line of sight, the poor ventilation and the senselessness of direction, etc
摘要地下中庭式車站由於能很好地改善地下空間通透性差、通風不良、無方向感等問題而被世界各國越來越多的地鐵車站所採用。 -
Although plature supports a lot of os including windows, unix, openvms and shortens obviously the second developing cycle, its generality is a bit poor without considering the configurability and flexibility of smq. based on the difficulties during developing, we also summarized the problems of our design and purpose the development direction of further research in the future
盡管已經投入運行的plature系統支持如windows 、 unix 、 openvms等多種操作系統平臺，大大縮短了二次開發周期，但因在smq開發中沒有充分考慮到消息中間件的可配置性、可伸縮性以及需求分析的不徹底，使得plature的通用性降低了許多。 -
To solve the problems that have slow velocity, poor precision, lower efficiency for the traditionally artificial command guidance in the current flight test method for the airborne radar of the target formation so that the current flight test method for the airborne radar doesn ' t meet the requirement of flight test, the basic whole direction guidance way and so on, the main function setting and model structure of the automatical command guidance of the target formation flight test for the airborne radar were introduced, the mathematical models for the automatical command guidance of the multi - target formation flight test were built and they were realized and verified on the research and manufacturing of the flight test automatical command guidance based on the ground radar and gps
針對戰斗機雷達目標編隊傳統的人工指揮引導速度慢、精度差、效率低，導致現有試飛手段滿足不了試飛需求的問題，介紹了機載雷達目標編隊試飛自動化指揮引導的基本全向引導法等方法、主要功能設置和模塊體系結構，建立了機載雷達目標編隊試飛自動化指揮引導實現模型，並在基於地面雷達和gps試飛指揮引導自動化系統研製中得到實現和驗證。 -
People with dyscalculia might also have a poor sense of direction
有計算障礙的人通常方向感也很差
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