'Linearly proportional' presentation slideshows

ENZYMES: CLASSIFICATION, STRUCTURE

Biochemistry - as science . Structure and properties of enzymes. The mechanism of enzymes activity. Isoenzymes. Classification of enzymes. Basic principles of metabolism. Common pathways of proteins, carbohydrates and lipids transformation. ENZYMES: CLASSIFICATION, STRUCTURE.

2.89k views • 89 slides

Chapter 4 Radiation Dosimeters

Chapter 4 Radiation Dosimeters. Chapter 3 by Potgorsak. Dosimeters. Properties of dosimeters Ionization chamber dosimetry systems Film dosimetry Luminescence dosimetry Semiconductor dosimetry. Dosimtere. Dosimeter is a device that measures directly or indirectly Exposure Kerma

844 views • 37 slides

Atmosphere: Dry air

359 views • 19 slides

Navy Operational Assimilative Global Ocean Modeling

Navy Operational Assimilative Global Ocean Modeling. Dr. Charlie Barron barron@nrlssc.navy.mil Naval Research Laboratory Stennis Space Center. Navy Global Ocean Modeling.

342 views • 17 slides

Response network emerging from simple perturbation

Response network emerging from simple perturbation. Seung-Woo Son Complex System and Statistical Physics Lab., Dept. Physics, KAIST, Daejeon 305-701, Korea. Motivation : Microarray Data.

260 views • 17 slides

Carrier Multiplication and Quantum Dot Solar Cells

Carrier Multiplication and Quantum Dot Solar Cells. Devesh Khanal NSE C203 Spring 2007. Outline. Why QD solar cells? Carrier multiplication and impact ionization intro. Detecting impact ionization. Possible QD arrangements for solar cells. Schaller. Nano Letters 6 424 (2006).

414 views • 7 slides

Detection of Ethanol

314 views • 6 slides

Buckingham Pi Theorem

Buckingham Pi Theorem. This example is the same as example 7.2 in the textbook except that we assume the pipe is a smooth pipe. Using Buckingham Pi theorem, determine the dimensionless P parameters involved in the problem of determining pressure drop along a straight horizontal circular pipe.

1.53k views • 4 slides

Buckingham Pi Theorem

Buckingham Pi Theorem. This example is the same as example 7.2 in the textbook except that we assume the pipe is a smooth pipe. Using Buckingham Pi theorem, determine the dimensionless P parameters involved in the problem of determining pressure drop along a straight horizontal circular pipe.

2.57k views • 4 slides