Be consistent的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列懶人包和總整理

Two Peoples or One Nation: The Case for Re-Imagining Israel-Palestine

為了解決Be consistent的問題，作者Tilley, Virginia Q. 這樣論述：

Israel’s settlements in the West Bank have progressed to the point that most observers privately agree that a two-state solution is dead. Yet while Israel absorbs ever more land and resources, diplomats and regional experts continue to discuss the partition, as though it is still viable. The idea

of a two-state solution appears everywhere in international diplomacy. Why is the concept of the two-state solution so entrenched? According to Virginia Q. Tilley, the collective refusal to accept the obvious is best understood as a ’paradigm shift’ that has stalled. This is because the internation

al community cannot reconceive the Palestine problem as ’one nation wrongfully divided by racial nationalism’ but instead view it as ’two peoples in one land’. To deconstruct the idea, Tilley invites readers to reconsider the very terms of ’peoples’, ’nations’, ’states’ and ’nation-states’, and chal

lenges ideas about the history of the conflict and the racial logic that has for too long been accepted. Based on this new analysis, and by comparing the situation of South Africa, Jewish statehood is revealed to be conceptualized in ways that generate a regime consistent with the definition of apar

theid in international law. The book recommends a paradigm shift in international law and argues that peace is dependent on the embedded beliefs, values and ideas being revised by all parties. This means that the Palestine problem should be treated as a domestic conflict that requires conflict resol

ution to eliminate racial division within the society, rather than an international conflict that requires conflict resolution to end Israel’s occupation.

Be consistent進入發燒排行的影片

滾珠螺桿溝槽研磨轉速控制對螺帽品質與砂輪壽命之研究

為了解決Be consistent的問題，作者蘇承緯 這樣論述：

中文摘要 隨著科技的進步，電子產業、半導體業、航太產業、工業加工業、車用工業等領域不斷在進步，使得在加工物件上的需求大增。且科技不斷的進步，各行業對產品的精密度、精準度要求也越來越高，故在磨削的過程中，砂輪對加工物件的磨耗參數設定是相當重要的。 本論文之主要研究為透過修改與設定內徑研磨用主軸的轉速、參數，並藉由砂輪磨削對滾珠螺桿中內螺紋的成型變化作為實驗對象，依照歌德型滾珠螺桿的原理為主要探討，並透過精密輪廓量測儀測量內螺紋的螺紋角與粗糙度之結果。利用紀錄每個加工物件測量與參數修改之結果，並利用這些量測與參數修改的分析，找出生產中對品質與速度最好的參數，並利用管制上下限規範分析後，能夠提

前預防不良率的狀況發生，並且延續砂輪在研磨過程中更換的壽命與確保品質的穩定度。 而由研究結果得知砂輪與參數的搭配關係，進而影響了加工物件的內螺紋的螺紋角度、粗糙度。並透過減少修整砂輪量，提高研磨過程中轉速與修整砂輪轉速的過程中，確保牙型角度、粗糙度不變，且能延續砂輪壽命，增加成本效益之結果作為探討，而如何在品質與成本效益中找到最佳平衡點為後續所要面臨的重要課題。

The Anesthesia Guide, 2nd Edition

為了解決Be consistent的問題，作者Atchabahian, Arthur,Gupta, Ruchir 這樣論述：

A practical, quick-reference guide to clinical anesthesiology - presented in full colorPerfect for the OR and ICU, this carry-anywhere handbook is concise yet comprehensive, adeptly covering the wide range of topics encountered in the practice of anesthesiology. It is the perfect learning tool for t

rainees and an outstanding reference for experienced anesthesiologists. Presented in full color, The Anesthesia Guide, Second Edition utilizes numerous illustrations, high-yield bulleted text, diagrams, tables, and algorithms to impart must-know information on how specific cases should be managed. U

pdates to the Second Edition focus on making the content even more high yield, and a more consistent user-friendly design.-Coverage includes drug dosages, monitoring, complications, and clinical pearls. -An international team of contributors ensures coverage of topics from a global perspective-Divid

ed into color-coded sections based on anesthetic subspecialty for ease of reference Arthur Atchabahian, MD is Associate Professor of Anesthesiology at New York University.Ruchir Gupta, MD is Staff Anesthesiologist at North Shore University-Long Island Jewish Hospital.

二維過渡金屬二硫屬化物及其異質結構之光學研究

為了解決Be consistent的問題，作者許浩哲 這樣論述：

過去幾年，二維材料在光電元件中展現出新的光電特性，使其成為未來光電元件的新星。單層二維材料具有發光效率極高的優點，後續衍生出二維材料異質結構。在我們之前的研究中，我們探索了TMD單層及其異質結構的光學特性。在這些工作中，通過機械剝離法從散裝材料中獲得二維TMD，為了獲得大尺寸的單層，採用了所謂的金輔助剝離。雖然發現金輔助剝離法可用於製備大面積單層，但在金沉積過程中，單層表面會被金原子或製造過程中使用的化學物質損壞。表面降解在異質結構的製備中更為關鍵，我們無法從金輔助剝離法製備的TMD 異質結構中獲得對於層間激子一個完整並且深入的理解。在這項工作中，我們使用了一種利用PDMS的典型且更簡單的剝

離方法，並最大限度地減少了化學過程，以確保兩個TMD單層堆疊的清潔表面，並顯著改善了TMD異質結構的層間相互作用。在此兩種單層表面乾淨以及角度正確的堆疊下，我們的成就在於觀察到二硒化鉬與二硒化鎢的異構物層間激子低溫下自旋軌道分裂，然後在100-150K時量子效應消失產生相變，以及觀察到二硫化鎢與二硒化鎢的異構物層間激子，此異構物在2018年以前有許多團隊進行嘗試，然而皆未觀察到層間激子，我們常溫下也並未觀察到層間激子，然而進行低溫量測下我們發現了層間激子，其具有相當低的束縛能，解釋了為何常溫下無法觀測。這項工作幫助我們更深入地了解單層材料和TMD異質結構的靜態和動態特性。