Chemical principle of photography 2

Display Schedule

Subject guarantor:

Jiří PETERA

Name of lecturer(s):

Jiří PETERA

Learning outcomes of the course unit:

Lectures are focused on an introduction to the basics of photography chemical procedures.

Mode of study:

See methods and grading

Prerequisites and co-requisites:

Completion of 307CHEZ1

Course contents:

Course description: This course is focused on learning basic theory and manual skills so students in further study will be able to apply the knowledge in their own graphics oriented creations. In theory lectures students are introduced to the photographic process. They learn the principles of capturing a photographic image, types and structure of photographic material, its processing and assessment. This knowledge of theory is linked to exercises and students learn manual dexterity in processing photo material. Students are introduced to practice and learn to use some specific processing techniques in B/W processing. In summary, students aquire a complete overview of the generation of a photographic image, its modification and applications. Students will be able to manage this completely in their photo creations.

Lecturer: Ing. Jiří Petera, 603 761 747, peterajiri@seznam.cz

Recommended or required reading:

Šimek J., Základy fotochemie, Praha AMU 1983C.E.Kenneth Mees, The Theory of the Photographic process, The Macmillan Comp., New York 1945. Junge K.W., Hubner G. Fotografická chemie, český překlad, Praha SNTL 1983Šimková M., Šimek J. Kvalifikační příručka pro fotografa a laboranta, Praha Práce 1973Šimek J. Fotografické techniky, Praha Práce 1969Souček L., Speciální fotografické techniky, Praha Orbis 1967Tomášek Z., Fotografické chemikálie, Merkur, 1982

Assessment methods and criteria:

Grading: Credit: awarded based on the evaluation of the submitted exercise (development kinetics), successful completion of the written test and attendance of a min. 75%. The oral exam includes the following topics:

- image capture based on hallide silver

- the role of halide silver - latent image theory

- fundemental development schematic

- photo-chemical rules (Grotthus-Draper, Bunsen-Roscoe, Einstein, Schwarzschild effet)

- Photographic emulsion as a collection of halide silver crystals

- influence of emulsion crystal size on sensitivity, graininess and gradation of photographic material

- Improving the sensitivity ratio

- graininess through the micro-crystal emulsion structure, thorugh defects in ithe crystal lattice

- tabular crystals

- composite crystals (shell-core, epitaxial crystals)

- production of photographic emulsions and photographic material

- developing photographic material

- B/W material postive/negative system

- Developing

- Chemical developing (chemical fundamentals, developing materials, composition of developers for B/W photography)

- Developing physics (chemical basics, developer compositions)

- Developing kinetics

- fixing (chemical basics, types of fixers)

- Washing

- Special photographic techniques

- Diffusion manifestations and their use

- negative magnification

- rehalogenation

- Toning-B/W inverse proces

- Structure of B/W inverse material

- Developing - Color photographic material

- light and color (additive and subtractive color mixing)

- physics principles of capturing color images

- chemical principles of capturing color images

- evaluating color photographic material

- types of color photographic material

- positive-negative system (principle of capture and developing process)

- Color inverse process (principle of the capture and developing process)

- Kodachrom (principle of capture and developing process)

- Color mateiral based on diffusion processing (principle of capture and developing process)

Course web page:

Note:

None

Schedule for winter semester 2016/2017:

The schedule has not yet been prepared

Schedule for summer semester 2016/2017:

The schedule has not yet been prepared

The subject is a part of the following study plans:

• Photography CZ - Bachelor (qualification subject)