CAJ | 학술논문

制药工程专业是奠定在药学、生物技术、化学技术、化学和工程学基础上的交叉学科,是一门工程技术科学。制药过程从原料药到药品,每一个生产环节都离不开能源的合理利用,离不开相际之间的传质、传热过程,也离不开化学反应过程。本文通过实例阐明了化工热力学在制药工程专业本科教学中所起到的作用,为了培养具有较强的工程技术能力、社会急需的制药工程专业人才,化工热力学的课程设置是必要的。
제약공정전업시전정재약학、생물기술、화학기술、화학화공정학기출상적교차학과,시일문공정기술과학。제약과정종원료약도약품,매일개생산배절도리불개능원적합리이용,리불개상제지간적전질、전열과정,야리불개화학반응과정。본문통과실례천명료화공열역학재제약공정전업본과교학중소기도적작용,위료배양구유교강적공정기술능력、사회급수적제약공정전업인재,화공열역학적과정설치시필요적。
Pharmaceutical engineering is a cross discipline based on pharmaceutical,biotechnology, chemical engineering and technology and is an engineering science. As far as pharmaceutical process from crude drug to medicine, each production refers to the rational utilization of energy and the transfer of mass and quantity of heat between phases. It cannot leave the chemical reaction process, either. The importance of chemical engineering thermodynamics in the pharmaceutical engineering is clarified in detail for the teaching of undergraduates with examples. The course plays an important role in training talents with strong pharmaceutical engineering technical characteristics for social needs.