2. Properties, Synthesis, Application, Hazard
1) 사염화탄소는 무엇이며 사염화탄소의 특성은 무엇인가?
(1) 사염화탄소란?
사염화탄소는 인간이 만든 무색투명한 액체로 강하고 달콤한 향을 띄며 클로로포름과 같은 향을 갖는다. 사염화탄소는 VOC(Volatile organic compound)에 속하며 휘발성이 강하다.
2. Properties, Synthesis, Application, Hazard
1) 사염화탄소는 무엇이며 사염화탄소의 특성은 무엇인가?
(1) 사염화탄소란?
사염화탄소는 인간이 만든 무색투명한 액체로 강하고 달콤한 향을 띄며 클로로포름과 같은 향을 갖는다. 사염화탄소는 VOC(Volatile organic compound)에 속하며 휘발성이 강하다.
Abstract
Bioethanol is one of the alternative sources of oil resources which received attention with biodiesel. Many countries produce bioethanol from food sources such as corn and sugarcane, but it causes food-energy conflicts and farmland problem. So it needs to focus on new biomass which is sustainable, renewable, cost-effective and do not occurred any conflicts. Algae are one of the bioma
5.2 Drug Delivery System
5.2.1 Advantage of Nano-drug delivery system
By diagnosis, and for treatment, we need enhanced drug delivery system. Drug delivery system of these days is just eat and let it flow through the body. It is not good at efficiency. Because the digestive system sometimes digest and remove the drug before it reaches to the target.
For enhancing the efficiency of drug
Let's see the process flow of cellulosic ethanol which we are interested in(Figure 1). At the upstream, biomass harvest undergoes a pretreatment and cellulose hydrolysis by enzymes and then fermented to ethanol through the points. The initial contract for each course are as follows.
[Figure 1] bioethanol process
① pretreatment of raw material
To increase the effectiveness of fibrin d