Effervescent tablet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懶人包總整理

The Racecar Book: Build and Race Mousetrap Cars, Dragsters, Tri-Can Haulers & More

為了解決Effervescent tablet的問題，作者Mercer, Bobby 這樣論述：

You may not be old enough to drive, but that doesn't mean you can't satisfy your need for speed. Author and physics teacher Bobby Mercer shows how to use mousetraps, rubber bands, chemical reactions, gravity, and air pressure to power fast-moving vehicles. Each of the 25 easy-to-build racecars is

constructed for little or no cost using recycled and repurposed materials. Retrofit a toy car with a model plane propeller to make an air-powered Prop Car. Turn a potato chip can, a rubber band, and weights into a Chip-Can Dancer. Or use an effervescent tablet in a small canister as an impressive r

ocket engine for a Mini Pop Car. Every project in The Racecar Book contains a materials list and detailed step-by-step instructions with photos for easy assembly. Mercer also includes explanations of the science behind each racecar, including concepts such as friction, Newton's laws of motion, kinet

ic and potential energy, and more. These projects are perfect for science fairs or design competitions, or just having fun

Effervescent tablet進入發燒排行的影片

中藥丸劑之崩散度改良策略

為了解決Effervescent tablet的問題，作者謝亞庭 這樣論述：

　　市場反應中藥丸劑崩散度 (Disintegration) 不佳，常造成藥物成分無法吸收利用，導致藥效不彰，中藥蜜丸採用之煉蜜性質不易控制，其含水量及煉蜜型態常會影響中藥蜜丸之崩散度及品質。本研究調查中藥丸劑市售品之崩散度現況，選擇高市占率之中藥基準方—濟生腎氣丸作為模式藥物，探討在中藥蜜丸中添加崩散劑對其崩散度之影響，採用五種崩散劑，共包含交聯聚維酮 (Crospovidone)、共聚維酮 (Copovidone)、羧甲基澱粉鈉 (Sodium Starch Glycolate)、交聯羧甲基纖維素鈉 (Croscarmellose Sodium) 及碳酸氫鈉 (Sodium Bicarb

onate)。另設計以聚乙二醇及明膠取代煉蜜作為賦形劑之改良型濃縮丸，開發類滴丸濃縮丸、聚乙二醇濃縮丸及明膠濃縮丸及之製備方法。結果顯示，崩散劑對中藥蜜丸之崩散度有改善效果，改善程度為：碳酸氫鈉 > 交聯羧甲基纖維素鈉 = 羧甲基澱粉鈉 > 交聯聚維酮 > 共聚維酮。類滴丸濃縮丸、聚乙二醇濃縮丸及明膠濃縮丸均能改善煉蜜性質不穩定之缺點，具有崩散時間穩定與可調控之優點，且使用滴製及模鑄等方式製造丸劑，達製程快速、穩定及品質均一，其中以聚乙二醇濃縮丸品質最穩定，明膠濃縮丸崩散時間最短。本研究開發含崩散劑蜜丸及改良型丸劑，不僅崩散時間減少、丸劑品質穩定，更有利於中藥製劑有效成分釋放之均一標準化。