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台灣潛在碳中和的政策與實踐評估

為了解決Ai 2023 Mac的問題，作者波吉德 這樣論述：

Taiwan is a country that emits a high amount of GHGs per annum, it is the 4th highest producer of coal-generated power globally. Over the past 2 decades Taiwan’s carbon emissions have grown by 110 860 kilotons. With the industrial sector accounting for 56% of emissions and within that industrial s

ector the electronic industry and petrochemical industry accounting for 76% of emissions. The recommendations from this thesis can show that there may be ways for Taiwan to reduce carbon emissions that other successful and advanced economies have done or are planning to do in order to achieve carbon

neutrality. Taiwan’s government have set a goal to reduce greenhouse gas emission levels to 50% of 2005 by the year 2050. Analysis from literature have found that the main industries that Taiwan relies on for its consistent growth in GDP and continued prosperity are chief offenders in carbon emissi

on production. To maintain growth and reduce emissions at the same time may be unlikely without proper policy, innovations, and cutbacks. Therefore, the purpose of this thesis is to focus on the ways Taiwan can realize its goal of carbon neutrality and reduce its carbon emissions.Key technologies ar

e being developed to combat the production of carbon emissions. These technologies not only lower CO₂ emissions but promise to remove emissions that are already in the atmosphere. These technologies have been studied and their expected impact have been identified. Their individual impact on each of

Taiwan’s largest emission producing industries and sectors have been studied. Strict and effective polices like those in the European New Green Deal help provide a viable path for attaining carbon neutrality, as every sector is targeted and given reduction guidelines and restrictions, providing a su

itable playbook for reducing emissions in Taiwan. Furthermore, advanced technologies such as Hydrogen Fuel-based blast furnaces, CCS, Power-to-Gas and advanced Geopolymer cement provide effective solutions for Taiwan’s highest emitting industries. The use of DACCCS and Hydrogen based fuel systems me

ans that there are carbon negative tools that will be available that are capable of allowing Taiwan to further reduce its emissions and even eventually negate and remove emissions from the atmosphere. Administering these solutions are critical for Taiwan’s continued efforts to reduce its carbon emis

sions. Speed, efficiency, and urgency are absolute requirements in order for carbon neutrality to be achieved however there may be too much to do and Taiwan will not achieve its goal as early as 2050.

影響品牌應用程式 投入度之前置因素探討

為了解決Ai 2023 Mac的問題，作者張碩洋 這樣論述：

隨著智慧型手機普及，品牌應用程式成為現代社會不可或缺的一部分。因此，品牌應用程式在企業經營的角度上也越顯重要。對企業而言，品牌應用程式下載量相當重要，但是如何增加用戶的投入度，產生持續使用意圖。是行銷者更大的挑戰。本研究導用科技接受度模型理論(TAM)，提供一個完整的架構，探討影響品牌投入度之前置因素。研究使用問卷調查法，在網路社群上發布品牌應用程式問卷進行量化分析，共收得 403 份有效問卷。研究結果顯示，遊戲化會帶來娛樂性並影響投入度，設計美感則會正向影響感知易用性，互動性、資訊設計及合作設計皆會正向影響感知有用性，進而影響用戶投入度。最終，投入度影響了品牌態度及持續使用意圖。本研究假設

影響投入度的前置因素都在本研究中獲得證實，研究結果可供實務管理人員參考。