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The Saint’’s Magic Power Is Omnipotent (Manga) Vol. 6

為了解決Purify的問題，作者Tachibana, Yuka 這樣論述：

THE SAINT ABROADOnce a humble office worker, Sei is now the Holy Saint of the Kingdom of Salutania, key to driving back the evil miasma that threatens its lands. What she enjoys most, however, are her peaceful days in the capital city working as a potionmaker. After helping to purify the forest n

ear the capital, Sei hoped those days might return...but her reprieve is short-lived. A sudden acute shortage of potion ingredients sees her joining the knights of the realm on a journey to the Klausner Domain, rumored to be the home of secret potions found nowhere else!

Purify進入發燒排行的影片

碳量子點表面官能基對其光學性質及染料標記之效果影響

為了解決Purify的問題，作者李俊霆 這樣論述：

為探討碳量子點表面官能基對FITC標記效果之影響。本篇研究我們以檸檬酸及乙二胺為原料(莫爾數比為1:2.72)，利用微波法製備碳量子點(C-dots (α))，並將其與FITC結合(FITC@ C-dots (α))。為確認FITC@C-dots (α)上是否成功標記FITC，我們對FITC@ C-dots (α)進行穩態光譜及時間解析螢光非等向性的量測。與C-dots (α)相較，FITC@C-dots (α)的穩態吸收與螢光光譜均可明顯看到FITC之訊號。而在時間解析螢光非等向性的量測中，除了原本C-dots (α)轉動所造成的衰減以外，我們也觀測到由於FITC局部擺動所造成的衰減 (τ

=0.15ns)。上述結果皆表明FITC已成功標記上碳量子點。 文獻指出FITC得以標記於碳量子點，主要是利用FITC的-S=C=N鍵與碳量子點表面的NH2官能基相互結合形成共價鍵。因此在合成時所使用之乙二胺比例將會對FITC的標記效果有極大影響。在本實驗中，我們藉由改變乙二胺用量，製備出一系列具有不同氮含量之碳量子點並比較其螢光性質及被FITC標記之能力。發現當原料中檸檬酸及乙二胺莫爾數比為1:1時，所合成出之碳量子點(C-dots(β))，具有最高之螢光量子產率。但與C-dots (α)相較，則較不容易被FITC標記。我們也發現碳量子點經過長時間存放或藉由外在的物理或化學處理導致其氧

化後，表面的-NH2官能基會明顯減少，進而降低FITC對其之標記效果。研究中我們也嘗試以C18反相管柱進一步的純化被FITC標記之C-dots(α) (FITC@C-dots(α))。結果顯示，在C-dots(α)中，有部分的碳量子點無法有效的被FITC標記，而會較快被沖提出管柱。而純化後之FITC@C-dots(α)其離子感測能力和未純化之樣品相較明顯獲得提升。上述結果除了增進我們對於碳量子點及碳量子點-FITC複合物性質之了解外，也能進一步的應用於其他碳量子點-染料複合體之製備與純化方法設計，相信此研究將會對於以碳量子點為主體設計之分子或離子感測材料設計有所助益。

Zion Rising

為了解決Purify的問題，作者Castor, Sam 這樣論述：

Generations after the creation of Adam and Eve, but two thousand years before the birth of Christ, they had a humble great grandson - named Enoch - the seventh great grandson to be exact. Enoch was slow of speech, ridiculed by others, and despite his inadequacies, he was foreordained to be a prophet

of the Lord. Through the process of time, Christ transformed Enoch into one of the greatest seers and prophets God had ever forged (Moses 7:21). As Enoch was led and purified, he saw things not visible to the natural eye (Moses 6:36). He went forth, stood upon the hills and the high places, and cri

ed with a loud voice to testify against men’s wicked works, such that ＂all men were offended because of him＂ (Moses 6:36-37). Christ led Enoch to gather and purify His chosen people until He finally joined them. The City of Enoch became so righteous God raised it into the air until it was taken up i

nto Heaven - as Zion - the pure in heart (D&C 92:21). The remnant left behind (Moses 7:22) were not forgotten by the Lord (Ether 13:6-8). They were assured that Christ would continue to gather up His people throughout the generations, reawaken them to who they really are, and lift up the righteous t

o Zion. In this manner, God would gather home souls until the last day, when Zion would return at the Second Coming of Jesus Christ. We are promised in the last days, when Zion breaks forth from above, Zion will also rise from beneath - purified and separated from the decaying world around it - elev

ated and lifted up to meet Enoch’s Zion triumphant in the air (D&C 84:100). Then all of the Lord’s family, so long separated - finally together - will fall on each other’s necks, weep, kiss each other, rejoice and sing the new song of Zion (Moses 7: 60-64). We are in the last days. Babylon and natur

e continue to rage in greater commotion than ever before. Pandemics, wars, fear, disease, addiction, and disaster plague us. Hearts are failing. Darkness is swelling, and the roar of evil and hate is becoming more deafening than a global hurricane. And, Christ is keeping His covenant promise and ＂Hi

s hand is stretched out still＂ (Isaiah 9) to lift us up back home. Just like He did with the Enoch, and Zion anciently, the Lord is calling each of us to join and prepare Zion, today. Christ is leading His prophet and prophets to purify individuals, to purify a people - who will purify a world - for

Zion to rise. This is the Earth’s divine destiny-- and it can be our destiny too, as we awaken to our true selves, in Christ. As I have heard His voice calling through the final raging storm, I know you can too. We can all find shelter in Him. The Restoration, prophesied of old, is not only global,

but individual. As He continues to restore His church, He is also restoring His people. Even now, He is working to restore each of us and help us find our individual, crucial divine purposes. For Christ is calling... and Zion is rising.

以響應曲面法進行自加熱真空薄膜蒸餾的最佳化

為了解決Purify的問題，作者Shaneza Fatma Rahmadhanty 這樣論述：

Currently, technology is increasingly advanced and has penetrated into several fields such as Membrane Distillation (MD) in water treatment, especially to purify saline water, in the face of the increasing scarcity of clean water needed for consumption, both in the domestic, agriculture, and indust

rial sectors. One of the configurations in MD systems, Vacuum Membrane Distillation (VMD) system, which employs a Graphene-PVDF membrane heated by power supply, in this case using DC power with low voltage, to eliminate feed pre-feed heating and temperature polarization, is interesting to learn. In

addition, to enhance the performances, such as maximizing Water Permeate Flux (JW), Temperature Polarization Factor (TPF), Gain Output Ratio (GOR), and minimizing Specific Heating Energy (QSH), several different designs are made and compared. In this research, four parameters are selected: DC power

supply’s voltage, feed flow rate, the length, and the width of the cell body's slot. Ansys FLUENT software is utilized to simulate the system, followed by Minitab software to analyze the results using Response Surface Method (RSM) which aims to achieve the optimal design parameters and to discover t

he effect of the design parameters. The results show that horizontal shape gives better performances than the vertical one, voltage is the most significant factor to all the performances, and specifically for JW and TPF are also affected by flow rate afterwards as response with 5% significance level

. While the best performance obtained from RSM is the 5-slot in horizontal shape, which can be proven by experimental validation with the factors of 2 mm for the slot’s width, 20 mm for the slot’s length, 12.2222 V for the DC voltage, and 5 mL/min for the feed flow rate. And the performance’s respon

ses are 2.2860 L/m2h for JW, 102.58% for TPF, 0.2487 kWh/L for QSH, and 2.6882 for GOR. Moreover, the effective heating temperature for 5-slot in horizontal design is also analyzed through this study and it is found to be 39°C.