1. What is the sun dried –salt?
The sun-dried salt used a solar ten, wind back nature and cough to flow with undercurrent Ji the sea water and concentrated it is a salt which it made.
Production method To flow with a cough, at solar ten evaporation
Distribution Distributing center transactions
&Distributing center outside transactions
Uses To food,processing
2. The H
Response to Stimulus
- A basic process of living systems
Kinds of External Stimuli
- Temperature, pH, Light, Electric Field,
Chemicals and Ionic Strength
Biomimicry or Biomimietics
- The examination of nature, its models, systems, processes, and elements to emulate or take inspiration from in order to solve human problems
Stimuli-responsive polymers
- Respond with dramatic propert
Objective
Design a salt pond that annual sales are more than 100 million won
The structure of the saltern
Reservoir
Evaporation area
Crystallization area
Salt storage
Principle of the creation of salt
Basic principle is recrystallization by evaporation
Generation process of salt at salt pond
Shut in the sea waters of the reservoir
Evaporate water at evaporation area
Collect the
21세기 물산업은 20세기의 석유산업의 블랙골드 시대에 대비되는 블루골드시대라고 불리고 있다. 미국 경제전문지<포춘>은 “물이 국가의 부를 결정하는 귀중한 생필품이 될 가능성이 크다.”고 보도했고, 애덤스미스의 국부론에서는 물의가치와 가격을 다이아몬드와 비교하여 설명하기도 하였다. 현
빌리루빈 대사, 담즙 대사, 담도계 해부학적 구조
<빌리루빈 대사>
Bilirubin은 정상정인 Heme catabolism의 황색을 띠는 대사산물이다. Heme은 Hemoglobin의 구성성분으로, 정상 적혈구가 기능을 하는데 필수 요소라고 할 수 있다. Bilirubin은 bile의 형태로 대변으로 배출되거나, 다른 경로로 소변으로 배출되는
Wetting(습윤) : 기체/고체의 계면이 액체/고체의 계면으로 대체되는 것
σs : 기체/고체의 표면(계면)장력
σi : 액체/고체의 계면장력
A : 습윤장력(wetting tension)
A>0 이면 σs>σi 가 되고, 큰 계면장력을 가진 고체표면을 액체/고체계면이 덮게 되며 젖음 현상이 넓게 퍼짐
Static Contact An
1. Theories
Titration
Common laboratory method for determining the unknown concentration of a known reactant
We must find equivalence point by measuring volume at end point
Usually use color-changing indicator
(Normality of the titrant ) * (Volume of titrant required to reach end point)
= (Normality of unknown) * (Volume of unknown)
Fajans method
Ag+ and Cl- react and form AgCl(
At the equivalence point:mole of H+ = mole of OH-(Molarity of NaOH)*(Volume of NaOH used)=(Molarity of unknown)*(Volume of unknown)
PH = 7 at equivalent point
① Add 5 drops of the indicator solution(BTB) to the unknown solution.
② Rinse the buret at least 3 times with a few mL of the 0.1M NaOH standard solution .
③ Fill the buret with the 0.1M NaOH solution and be sure to elimi
saltconcentration of the hybridization solution
The solvent concentration of the hybridization solution
The hybridization temperature
The washing condition
Hybridization
Northern blotting : RNA detection
Southern blotting : DNA detection
Western blotting : protein detection
ASO hybridization
Allele specific oligonucleotide hybridization
Southern blotting의 한 방법
Dot hybridization
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