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electric warmers for的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包
臺北醫學大學 醫療器材產業碩士專班 黃茂栓所指導 林文進的 模擬分析形狀與熱傳導係數對生醫合金之熱傳遞影響 （2013），提出electric warmers for關鍵因素是什麼，來自於鈦-鍺合金、熱傳遞、有限有元素分析。
electric warmers for進入發燒排行的影片
Top Features of Yamaha Star Venture
High Torque Engine with Cutting-Edge Rider Aids
Featuring a torque-rich 1854cc air-cooled V-twin, Star Venture® produces smooth, effortless passing power even when fully loaded. And with ride-by-wire throttle control, traction control and selectable riding modes, Star Venture brings class-leading technology to the luxury touring class.
New Yamaha Sure-Park System
With Star Venture’s Sure-Park™ System, parking maneuvers are a breeze, even fully loaded. Controlled from the handlebar, an electric motor provides forward and reverse drive to assist during tricky parking situations, especially on rough or poor traction surfaces.
Integrated Infotainment System
With a high-output audio system and a large, high-mounted touch and voice controlled infotainment system, the Star Venture puts the rider in command. Music, navigation, communications and vehicle systems are integrated cleanly into a single system that sets new standards for two-wheeled technology.
Adjustable Ergonomics and Aerodynamics
Star Venture adapts to rider and passenger needs straight from the dealership floor, with adjustable ergonomics, wind protection and controls. Grip warmers and heated seats for both rider and passenger come standard, with a low seat height for confidence at every stop.
Advanced Chassis
Designed around a rigid chassis and advanced suspension systems, the Star Venture is built to offer Yamaha’s renowned handling ability when the road turns twisty, without losing the comfort or straight-line confidence expected from a luxury tourer.
Transcontinental Option Package
Riders that step up to the Star Venture Transcontinental Option Package benefit from a range of options, with enhanced infotainment features including GPS navigation, SiriusXM®, additional speakers and Yamaha’s exclusive Dual Zone audio control. Standard LED fog lights, additional onboard storage and an alarmed security system round out the package.
模擬分析形狀與熱傳導係數對生醫合金之熱傳遞影響
為了解決electric warmers for 的問題，作者林文進 這樣論述：
暖爐因攜帶方便，又可長時間取暖而廣為眾人所喜愛。起初，人們利用燃燒碳棒、油料或瓦斯氣體等燃料來產生熱能，但是這種方式不但危險，而且持續時間不長，需頻繁更換燃料，造成許多困擾。 隨著時間的推演，市面上開始出現，各種新式懷爐。例如俗稱的暖暖包，其利用化學反應，使一袋體內之反應物可在一段時間內產生熱能，兼具輕便易攜帶、操作容易，及安全等特性，但是暖暖包通常是拋棄式的，只能使用一次，顯然不符合環保需求。另有一種電熱型懷爐，其主要是利用電熱體產生熱能，現今之電熱體技術及蓄電技術在使用上無安全疑慮，且可使電熱型懷爐長時間地、重複地使用，但是懷爐在長期與人體接觸時，容易產生衛生方面的問題而造成使用者的困擾
。因此本研究計劃以生醫純鈦、純鍺及鈦鍺合金為主軸，探討其應用於暖爐上之熱傳影響。實驗結果發現；比較鈦、鍺與鈦鍺合金，如果材料有較低的熱傳導，熱將集中在中央。如果想控制分佈在整個模型用於40°至50°的溫度醫療目的，我們必須選擇至少具有高於編號合金4之材料熱傳性質。如果形狀更加平滑與無彎曲，熱分佈會較為廣闊。然而，不同形狀與特性的材料會造成溫度分佈發生變化，雖然在低傳導係數材料下最高溫度幾乎是相同的。此外，如果溫度接受器不大於熱源太多時，熱會擴散更迅速且溫度較保溫。