A Case Study of Scooter Tourism Group to Develop the Diversified Businesses

[[abstract]]台灣網路基礎建設日益完備及穩定，此便利性促使民眾不管走到哪都能利用行動裝置查詢最新資訊、觀看影片及上傳最新自拍短片等宣傳、分享行為。在2019年第1季4G行動裝置上網功能之用戶數約為2,918萬戶顯示4G行動上網便利性及普及率相當高。新用戶會有飽和的一天，市場就不再以增加新用戶為主要目標，反而是開始著重其他新興、新穎的應用服務，如電子廣告、電子媒體、網路商城線上線下整合、線上影片、直播等服務。依據我國觀光局的行銷策略主軸，促使觀光產業人才的優化、多元整合及行銷當地具有特色產品，綜觀已上因素都是為了使台灣觀光價值獲得全方位提昇，同時提振國際觀光的競爭力與獨特性。 然而，傳統的旅遊產業結構也因這股浪潮的興起而出現劇烈之變化，旅遊相關業者面臨此衝擊，紛紛已多角化等方式來應對。拜網路科技之發達，使得旅客自行規劃行程，但旅客一開始蒐集到資訊大多數都是經過包裝與修飾後的圖片與文字，影音分享部分，這其中或許參雜一些錯誤資訊與主觀意見，當旅客來到當地後與實際的旅遊體驗難免會有落差的情況。因此多角化、聯盟等經營方式，若能在艱困的環境中在一個大家有共同理念的直播平台中進行與執行，將重要資訊於平台呈現，透過科技的輔助、大數據的運算，找出平台裡每位經營者合適的營運模式，將所得到的資源進行快速與精確的篩選便能達到有效的整合，以最小的投資成本，將效益做到最大化。 個案研究結果發現，集團運用的策略聯盟方式非集團對集團，或是集團對個人，而是該集團負責人直接面對每位直播主，負責人與直播主雙方的位階與出發點是一樣，所以雙方的合作關係是在對等的情況下建立起來，共同朝一樣的願景與理念，鞏固內需市場，介紹台灣之美的方向前進。直播平台已獲得產、官、學的相關認可，在政府有限的資源之下，可利用此優勢直接向地方的觀光發展協會、社區發展、藝人工會等組織進行說明會，增加曝光度、使用者與粉絲。 Taiwan's network infrastructure is increasingly sophisticated and stable. This convenience allows people to view the latest news, watch videos and upload the latest self-portrait clips on mobile devices, no matter where they go. New users will spend a saturated day, the market will no longer focus on adding new users, but focus on other emerging and innovative application services such as electronic advertising, electronic media, online and offline online shopping, online video, live broadcast and other services. Due to the rise of this wave, the traditional tourism industry structure has undergone earth-shaking changes. Tourism-related industries face this impact and have diversified to deal with it. As a result, diversification, alliances, and other business methods can be carried out in difficult environments with live platforms with common ideas, and important information will be presented on the platform. Through technology and big data calculations, we can find out that each operator in the platform has the right operating model to quickly and accurately select resources, achieve effective integration, and maximize benefits with minimal investment costs. The case study found that the strategic alliance method used by the group is not the group to the group, or the group to the individual, but the person in charge of the group directly faces each live broadcaster. The position and starting point of the person in charge and the live broadcast are the same, so The cooperation between the two parties is established in the context of reciprocity, together with the same vision and philosophy, consolidating the domestic demand market and introducing the direction of Taiwan's beauty

研究半导体超晶格界面粗糙的X射线双晶Pendellosung方法

运用高精度X射线双晶衍射仪对GeSe/Si应变超晶格进行了分析研究,实验上观测到在卫星峰之间存在着干涉条纹(Pendellosung)。建立了界面的随机概率模型,结合计算机模拟发现: Pendellosung条纹对界面的粗糙十分敏感,当界面粗糙度较小时,只影响Pendellosung条纹的规则排列,而当粗糙度较大时,不仅使Pendellosung条纹强度下降,规则排列受到破坏,并且还将导致高级卫星峰强度下降,峰形严重宽化

SIN~+GaAs结构中的Franz-Keldysh振荡的傅里叶变换研究

利用傅里叶变换(FT)方法，对Franz-Keldysh振荡(FKO)的理论线性作了详细的数值模拟，并用光调制反射谱(PR)测量了一组本征层(I层)厚度不同的表面-本征层n-型重掺杂层(SIN~+)结构的GaAs样品的FKO.PR谱的FT分析表明，一部分样品的FT谱，包括其实部、虚部和模，与理论线性符合得比较好，由此求出轻空空(LH)和重空穴(HH)的约化质量平方根之比μ_1~(1/2)/(μ_h)~(1/2)对不同样品在0.805-0.816之间，同时也可以求出样品中的内建电场强度F_1，和调制光引起的调制电场δF=F_1-F_2。有一些样品的FT谱实部和虚部与理论线性差别很大，用FT的模仍可以给出有用的信息

用Franz-Keldysh效应研究GaAs表面硫化学钝化

硫钝化是一种比较有效的钝化GaAs表面的方法。使用Na_2S、S_2Cl_2和CH_3CSNH_2三种化学试剂对表面-本征层-重掺杂层(s-i-n~+)结构的GaAs样品进行了钝化，利用光调制反射谱观察到许多个Franz-Keldysh振荡，测量出本征层的电场强度，研究了GaAs表面硫钝化前后费米能级的变化，并且比较了各种钝化方法的钝化效果

吡啶在几种金属纳米线阵列上的表面增强喇曼光谱

Nanowire arrays of various metals were fabricated from the template of porous alumina. We observed the strong surface enhanced Raman scattering(SERS) signals of the adsorbed molecules such as pyridine not only at the noble metals nanowires that exhibit a high SERS activity, but also at Ni, Co nanowires that are normally considered to be non SERS active substrates. The intensity of the species adsorbed at Ni nanowires is stronger than that on the conventionally roughened metal surface, and depends on the length of the nanowires out of alumina matrix. The metal nanowire arrays can be used as SERS active substrates

低温分子束外延GaAs薄膜的带边二次电光效应和光折变效应

研究了低温生长分子束外延GaAs薄膜的光电子性质。测量了它的I-V特性；用电调制透射谱测量了电吸收和电折变，并由此分析了它的带边共振吸收平方电光效应；用二波混合的方法测量了它的光折变性质，对两种方法得到的电吸收和电折变作了分析比较