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A compilation of 58 carefully selected, topical articles from the Ullmann's Encyclopedia of Industrial Chemistry, this three-volume handbook provides a wealth of information on economically important basic foodstuffs, raw materials, additives, and processed foods, including a section on animal feed. It brings together the chemical and physical characteristics, production processes and production figures, main uses, toxicology and safety information in one single resource. More than 40 % of the content has been added or updated since publication of the 7th edition of the Encyclopedia in 2011 and is available here in print for the first time.
The result is a "best of Ullmann's", bringing the vast knowledge to the desks of professionals in the food and feed industries.
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Seitenzahl: 4209
Veröffentlichungsjahr: 2016
Cover
Series Page
Title Page
Copyright
Preface
Symbols and Units
Conversion Factors
Abbreviations
Country Codes
Periodic Table of Elements
Volume 1
Part I: Introduction
Foods, 1. Survey
1. Introduction
2. History of Food Production and Preservation
3. Components and Their Reactions
4. Food Law
5. Documentation
References
Foods, 2. Food Technology
1. Introduction
2. Food Preservation by Dehydration
3. Food Preservation at Low Temperature
4. Food Preservation by Heating
5. Food Preservation by Ionizing Radiation
6. Other Food Preservation Methods
7. Nutrient Retention in Processed Foods
References
Foods, 3. Food Additives
1. Introduction
2. Food Law Requirements
3. Reasons for Using Additives
4. General Statements on Additives
5. Annex
References
Foods, 4. Food Packaging
1. Historical Aspects
2. Definitions
3. Economic Significance
4. Objectives
5. Properties of Packaging Materials
6. Types of Packaging Materials
7. Packaging Machines
8. Interaction between Packaging and Food
9. Packaging and the Environment
Abbreviations Used in This Article:
References
Feeds
1. Introduction
2. History
3. Composition of Feeds and Feed Analysis
4. Utilization of Feeds by Animals
5. Systems of Energy Evaluation of Feeds
6. Feed Characterization and Common Feeds
7. Feed Additives
8. Feed Hygiene and Feed Safety
9. Future Developments in the Field of Feed Science
10. Carryover of Feed Substances into Food of Animal Origin
References
Part II: Beverages
Beer
1. Introduction
2. Raw Materials
3. Production Technology
4. Properties and Quality
5. Analysis
6. Economic Importance
7. Physiology and Toxicology
References
Beverages, Nonalcoholic
1. Introduction
2. Mineral Water
3. Fruit and Vegetable Juice Products
4. Sweet Carbonated and Non-carbonated Beverages [106–108]
5. Economic Aspects
References
Coffee
1. Introduction [1–3]
2. History [4]
3. Green (Raw) Coffee
4. Decaffeination [19]
5. Roasting [37, 38]
6. Brewed and Instant (Soluble) Coffee
7. Composition [59]
8. Consumption and Physiology [106–108]
References
Coffee-Based Beverages
1. Overview
2. Raw Materials and Intermediate Products
3. Technological Aspects of Product Design
4. Reconstitution
5. Liquid Extracts and Canned Coffee Beverages
6. Economic Aspects
7. Product Adulteration
References
Milk and Dairy Products
1. Introduction
2. Historical Aspects [1,5]
3. Composition of Milk [2, 5, 8, 9, 11, 18]
4. Physical and Physicochemical Properties of Milk [7, 8, 47]
5. Microbiology of Milk [49–51, 143]
6. Nutritional Value of Milk [10, 11, 52, 53]
7. Dairy Technology
8. Fluid Milk
9. Milk Products
10. Quality Control
11. Legislation
12. Economic Aspects
13. Acknowledgement
References
Spirits
1. Introduction
2. Types of Spirit Drinks
3. Typical Production Processes
4. World Production Figures
5. Taxation
6. Legislation
7. Analysis
References
Tea
1. Introduction
2. History
3. Major Tea Producers
4. Growth and Manufacture
5. Tea Trade
6. Tea Market and Consumption
7. Tea and Health
References
Wine, 1. Introduction and Classification
1. Introduction
2. Wine Classifications, Types, and Labels
References
Wine, 2. Chemical and Physical Composition
1. Introduction
2. Extract
3. Physical Characteristics
4. Chemical Composition
References
Wine, 3. Grapes, Viticulture, and Fermentation
1. Grapes and Grape Varieties
2. Viticulture
3. Alcoholic Fermentation
4. Secondary Fermentations
5. Typicité and Style
6. Sensory Evaluation
7. Economic Aspects
8. Wine and Health (For toxicology of ethanol, see → Ethanol)
References
Volume 2
Part III: Bulk Food Component
Bread and Other Baked Products
1. Introduction
2. Wheat Types and their Uses
3. Wheat Breeding and Biotechnology
4. Milling of Wheat
5. Wheat Flour
6. Evaluation of Flours
7. Dough Formation
8. Role of Bread Ingredients [162]
9. Bread and Dough Making Processes
10. Gas Production and Retention
11. Molding and Proofing
12. Baking
13. Flavor of Baked Products
14. Glass Transition and its Role in Baking
15. Bread Varieties and Speciality Breads
16. Soft Wheat Products
17. Retention of Baked Product Quality
18. Trends in Baking
References
Cereal Products
1. Introduction
2. Food Extrusion Technology
3. Pasta
4. Modified Flours
5. Breakfast Cereals
6. Reconstituted and Fortified Cereal Grains, e.g., Rice Kernels
References
Cereals
1. Introduction
2. Production
3. Nutritional and Technological Properties
4. Standards in Grain Trade
5. Uses
6. Processing
7. Specific Properties and Use of Grains
8. Economic Aspects and Outlook
References
Cheese, Processed Cheese, and Whey
1. History of Cheese Making
2. Definition of Cheese
3. Classification of Cheese
4. Production
5. Analysis
6. Flavor Components
7. Processed Cheese
8. Whey
9. Economic Aspects
10. Nutritional Value of Cheese
References
Chocolate
1. Definitions
2. Historical
3. Raw Materials
4. Fermentation and Drying
5. Composition of the Fermented Cocoa Bean
6. Chocolate Production [4], [12]
7. Other Chocolate Processes
8. Packaging, Storage, Spoilage, Analysis
9. Economic Aspects
References
Confectionery
1. History
2. Raw Materials
3. Properties and Microbiology of Confectionery
4. Types of Confectionery
5. Processes and Machinery for Confectionery Production
6. Packaging, Storage, and Economic Aspects
References
Dairy Products, Imitation
1. Introduction
2. Definition of Imitation Milk
3. Ingredients
4. Manufacture
5. Products
6. Standards and Quality Control
7. Nutrition
8. Toxicology
9. Economic Aspects and Sustainability
References
Fats and Fatty Oils
1. Introduction
2. Composition
3. Physical Properties [11]
4. Chemical Properties
5. Manufacture and Processing
6. Refining
7. Fractionation
8. Hydrogenation [53, 54]
9. Interesterification
10. Environmental Aspects
11. Standards and Quality Control
12. Storage and Transportation [62]
13. Individual Vegetable Oils and Fats
14. Individual Animal Fats
15. Toxicology and Occupational Health
16. Abbreviations of Triacylglycerols
References
Fatty Acids
1. Introduction
2. Properties
3. Production of Natural Fatty Acids
4. Production of Synthetic Fatty Acids
5. Analysis
6. Storage and Transportation
7. Environmental Protection, Toxicology, and Occupational Health
8. Uses
References
Glucose and Glucose-Containing Syrups
1. Introduction and History
2. Properties of Glucose
3. Raw Materials
4. General Principles of Starch Hydrolysis
5. Production of Solid Glucose
6. Glucose – Fructose Syrups
7. Analysis
8. Legal Aspects
9. Storage and Transportation
10. Uses
11. Economic Aspects
12. Physiological Properties and Toxicology of Glucose
References
Ice Cream and Frozen Desserts
1. Introduction and Classification
2. Quality Specifications and Analyses
3. Mix Ingredients
4. Manufacture of Mix
5. Freezing Mix to Produce Ice Cream
6. Physical Structure and Properties
7. Storage and Transportation
8. Legal Aspects
9. Economic Aspects
References
Margarines
1. History of Margarine
2. Properties of Margarine
3. Composition
4. Processing
5. Specialty Margarines for Baking and Cooking, Shortenings, and Structured Oils
6. Packaging
7. Sustainability and Consumption Aspects
8. Acknowledgment
References
Meat and Meat Products
1. Definitions
2. History
3. Composition of Meat
4. Meat Production and Slaughtering
5. Fresh Meat Processing
6. Processing Techniques
7. Types of Meat Products
8. Manufacturing of Meat Products
9. Meat Species Identification
10. World Meat Production
11. Meat Grading
References
Proteins
1. Introduction
2. Plant Protein Products
3. Animal Proteins
4. Protein Hydrolysates and Derivatives
References
Sugar
1. Terms, Distinguishing Criteria, Uses, Nutritional Physiology
2. History [27]
3. Properties
4. Sucrochemistry, Chemical and Enzymatic Synthesis
5. Methods of Analysis
6. Sugar Beets: Cultivation, Harvesting, Preparation
7. Production of Juice (Extraction)
8. Juice Purification
9. Evaporation of Thin Juice
10. Production of Sugar from Thick Juice
11. Separation of Sugar from Massecuite
12. Preparation of Refined and White Sugar
13. Working Schemes of Various Sugar Factories [149, 159]
14. Ion-Exchange Processes in the Sugar Industry [160]
15. Production of Special Types of Sugar
16. Storage of White Sugar
17. Auxiliary Facilities in a Sugar Factory
18. Desugarization of Molasses
19. Sugar Yield, Energy Requirements, Processing Aids, Water, and Working Time
20. Cane Sugar
21. Sugar from other Plants
22. Quality Demands on Sugar and Side Products of Sugar Production
23. Economic Aspects
References
Vinegar
1. Introduction
2. Historical Outline
3. General Aspects of Acetic Acid Fermentation
4. Resources of Raw Materials
5. Production
6. Uses
7. Nutritional Aspects
8. Analysis
9. Storage and Transportation
10. Legal Aspects
11. Economic Aspects
12. Environmental Impact
References
Yeasts
Introduction [1]
2. The Yeast Cell
3. Food and Feed Yeast [2]
4. Yeast-Derived Products
References
Volume 3
Part IV: Food Additives
Citric Acid
1. Introduction
2. Physical Properties
3. Chemical Properties
4. Resources of Raw Materials
5. Production
6. Environmental Protection
7. Quality Specifications and Uses
8. Toxicology and Occupational Health
9. Economic Aspects
References
Cyclodextrins
1. History
2. Structure
3. Properties
4. Production [5]
5. Inclusion Complexes
6. Derivatives
7. Uses
8. Economic Aspects
9. Toxicology [21]
References
Flavors and Fragrances, 1. General Aspects
1. History
2. Definition
3. Physiology
4. Natural, Nature-Identical, and Artificial Products
5. Sensory Properties and Structure
6. Volatility
7. Threshold Concentration
8. Odor Description
9. Analytical Methods/Quality Control
10. Safety Evaluation and Legal Aspects
References
Flavors and Fragrances, 2. Aliphatic Compounds
1. Introduction
2. Aliphatic Compounds
3. Acyclic Terpenes
4. Cyclic Terpenes
5. Other Cycloaliphatic Compounds
References
Flavors and Fragrances, 3. Aromatic and Heterocyclic Compounds
1. Aromatic Compounds
2. Phenols and Phenol Derivatives
3. N and N,S Heterocycles
References
Flavors and Fragrances, 4. Natural Raw Materials
1. Introduction
2. Isolation of Natural Fragrance and Flavor Concentrates
3. Survey of Natural Raw Materials
Functional Foods
1. Introduction
2. Definitions and Categories of Functional Foods
3. Prebiotics, Probiotics, and Synbiotics
4. Functional Foods Containing Phytochemicals
5. Functional Foods with Modified Fatty Acid Profiles
6. Regulation of Functional Foods
7. Outlook
References
Gelatin
1. Introduction
2. Structure and Properties
3. Raw Materials and Production
4. Uses
5. Economic Aspects
References
Inulin
1. Introduction
2. Chemical Structure
3. Physical and Chemical Properties
4. Physiological Properties
5. Resources and Raw Materials
6. Production
7. Uses
8. Analysis
9. Legal Aspects
10. Economic Aspects and Trade Names
References
Lecithin
1. Introduction
2. Production
3. Commercial Grades of Lecithin
4. Physical Properties
5. Chemical Properties
6. Uses
7. Quality Specifications and Analysis
References
Monosodium Glutamate
1. Introduction
2. Properties
3. Production
4. Uses
5. Toxicology
6. Economic Aspects
References
Seasonings
1. Introduction
2. Uses
3. Resources and Raw Materials
4. Production
5. Storage and Transportation
6. Quality Specifications
7. Economic Aspects
References
Sweeteners
1. Introduction
2. Sensory Properties
3. Uses
4. General Toxicology and Physiology
5. Food Legislation
6. Substances Commonly Used as Sweeteners
7. Other Sweeteners
8. Substances Formerly Used as Sweeteners
References
Vitamins, 1. Introduction
1. Definition [1]
2. Substances with Vitamin-Like Character
3. History
4. Determination of Requirement
5. Application and Tolerance
6. Studies with Vitamins
7. Use of Vitamins in Food- and Feedstuffs
8. Antivitamins
9. Analysis of Vitamins
10. Production
References
Vitamins, 2. Vitamin A (Retinoids)
1. Introduction
2. Historical Aspects
3. Physical Properties
4. Chemical Properties
5. Occurrence
6. Biosynthesis
7. Production
8. Metabolism and Physiological Functions
9. Deficiency Symptoms and Requirements
10. Analysis and Standardization
11. Trade Names and Economic Aspects
12. Tolerance
References
Vitamins, 3. Vitamin D
1. Introduction
2. History
3. Structure and Nomenclature
4. Chemical and Physical Properties
5. Biosynthesis and Occurrence
6. Vitamin D Requirements
7. Pharmacological Effects and Uses
8. Synthesis
9. Assays for Vitamin D and Metabolites
10. Trade Names and Economic Aspects
References
Vitamins, 4. Vitamin E (Tocopherols, Tocotrienols)
1. Introduction
2. History
3. Physical Properties
4. Chemical Properties
5. Metabolism and Importance in the Organism
6. Deficiency, Requirement, and Application
7. Analysis and Standardization
8. Occurrence
9. Economic Aspects
10. Biosynthesis
11. Production
References
Vitamins, 5. Vitamin K
1. Introduction; History
2. Physical Properties
3. Chemical Properties [7]
4. Occurrence
5. Biosynthesis
6. Chemical Synthesis
7. Analysis
8. Metabolism
9. Importance for the Organism
10. Deficiency Symptoms
11. Requirement
12. Application
13. Tolerance
14. Trade Names and Economic Aspects
References
Vitamins, 6. B Vitamins
1. Vitamin B1 (Thiamin)
2. Riboflavin
3. Vitamin B6
4. Vitamin B12 (Cobalamins)
References
Vitamins, 7. Vitamin C (L-Ascorbic Acid)
1. Introduction
2. History [4]
3. Physical and Chemical Properties [5, 6]
4. Analysis [8, 9]
5. Occurrence and Sources of Vitamin C
6. Biosynthesis [10]
7. Manufacture of Vitamin C
8. Absorption and Metabolism
9. Medical Aspects of Vitamin C
10. Industrial Uses [12–14]
11. Economic Aspects
References
Vitamins, 8. Pantothenic Acid
1. Introduction
2. History
3. Physical and Chemical Properties
4. Occurrence
5. Biosynthesis
6. Production
7. Metabolism and Importance for the Organisms; Coenzyme A and its Precursors
8. Deficiency Symptoms, Requirement, and Application
9. Analysis
10. Economic Aspects
References
Vitamins, 9. Biotin
1. Introduction
2. History
3. Physical and Chemical Properties
4. Occurrence
5. Biosynthesis
6. Function as Prosthetic Group
7. Isolation and Production
8. Metabolism and Importance for the Organism
9. Deficiency Symptoms, Requirement, and Application
9.1. Symptoms and Therapy in Humans
9.2. Symptoms and Therapy in Animals
10. Biotin Analogs
11. Analysis and Standardization [2]
12. Uses and Economic Aspects
13. Tolerance and Environmental Protection
References
Vitamins, 10. Folic Acid
1. Introduction
2. Historical Notes
3. Properties
4. Content in Food and Bioavailability
5. Biosynthesis
6. Chemical Synthesis
7. Metabolism and Biochemical Functions
8. Nutritional Requirements and Medical Use
9. Analysis
10. Economic Aspects
References
Author Index
Subject Index
End User License Agreement
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Cover
Table of Contents
Begin Reading
Part 1
Chapter 1
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Volume 1
Editor-in-Chief:
Dr. Barbara Elvers, Hamburg, Germany
All books published by Wiley-VCH are carefully produced. Nevertheless, authors, editors, and publisher do not warrant the information contained in these books, including this book, to be free of errors. Readers are advised to keep in mind that statements, data, illustrations, procedural details or other items may inadvertently be inaccurate.
Library of Congress Card No.:applied for
British Library Cataloguing-in-Publication DataA catalogue record for this book is available from the British Library.
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© 2017 Wiley-VCH Verlag GmbH & Co. KGaA, Boschstr. 12, 69469 Weinheim, Germany
All rights reserved (including those of translation into other languages). No part of this book may be reproduced in any form – by photoprinting, microfilm, or any other means – nor transmitted or translated into a machine language without written permission from the publishers. Registered names, trademarks, etc. used in this book, even when not specifically marked as such, are not to be considered unprotected by law.
Print ISBN: 978-3-527-33990-7ePDF ISBN: 978-3-527-69550-8ePub ISBN: 978-3-527-69552-2Mobi ISBN: 978-3-527-69551-5
This handbook features selected articles from the 7th edition of ULLMANN'S Encyclopedia of Industrial Chemistry, including newly written articles that have not been published in a printed edition before.
True to the tradition of the ULLMANN'S Encyclopedia, food and feed are addressed from an industrial perspective, including production figures, quality standards and patent protection issues where appropriate. Safety and environmental aspects which are a key concern for modern process industries are likewise considered.
More content on related topics can be found in the complete edition of the ULLMANN'S Encyclopedia.
ULLMANN'S Encyclopedia is the world's largest reference in applied chemistry, industrial chemistry, and chemical engineering. In its current edition, the Encyclopedia contains more than 30,000 pages, 15,000 tables, 25,000 figures, and innumerable literature sources and cross-references, offering a wealth of comprehensive and well-structured information on all facets of industrial chemistry.
1,100 major articles cover the following main areas:
Agrochemicals
Analytical Techniques
Biochemistry and Biotechnology
Chemical Reactions
Dyes and Pigments
Energy
Environmental Protection and Industrial Safety
Fat, Oil, Food and Feed, Cosmetics
Inorganic Chemicals
Materials
Metals and Alloys
Organic Chemicals
Pharmaceuticals
Polymers and Plastics
Processes and Process Engineering
Renewable Resources
Special Topics
First published in 1914 by Professor Fritz Ullmann in Berlin, the Enzyklopädie der Technischen Chemie (as the German title read) quickly became the standard reference work in industrial chemistry. Generations of chemists have since relied on ULLMANN'S as their prime reference source. Three further German editions followed in 1928 – 1932, 1951 – 1970, and in 1972 – 1984. From 1985 to 1996, the 5th edition of ULLMANN'S Encyclopedia of Industrial Chemistry was the first edition to be published in English rather than German language. So far, two more complete English editions have been published in print; the 6th edition of 40 volumes in 2002, and the 7th edition in 2011, again comprising 40 volumes. In addition, a number of smaller topic-oriented editions have been published.
Since 1997, ULLMANN'S Encyclopedia of Industrial Chemistry has also been available in electronic format, first in a CD-ROM edition and, since 2000, in an enhanced online edition. Both electronic editions feature powerful search and navigation functions as well as regular content updates.
Symbols and units agree with SI standards (for conversion factors see page XI). The following list gives the most important symbols used in the encyclopedia. Articles with many specific units and symbols have a similar list before the references.
Symbol
Unit
Physical Quantity
a
B
activity of substance B
A
r
relative atomic mass (atomic weight)
A
m
2
area
c
B
mol/m
3
, mol/L (M)
concentration of substance B
C
C/V
electric capacity
c
p
,
c
v
J kg
−1
K
−1
specific heat capacity
d
cm, m
diameter
d
relative density (ϱ/ϱwater)
D
m
2
/s
diffusion coefficient
D
Gy (=J/kg)
absorbed dose
e
C
elementary charge
E
J
energy
E
V/m
electric field strength
E
V
electromotive force
E
A
J
activation energy
f
activity coefficient
F
C/mol
Faraday constant
F
N
force
g
m/s
2
acceleration due to gravity
G
J
Gibbs free energy
h
m
height
ℏ
W·s
2
Planck constant
H
J
enthalpy
I
A
electric current
I
cd
luminous intensity
k
(variable)
rate constant of a chemical reaction
k
J/K
Boltzmann constant
K
(variable)
equilibrium constant
l
m
length
m
g, kg, t
mass
M
r
relative molecular mass (molecular weight)
refractive index (sodium d‐line, 20 °C)
n
mol
amount of substance
N
A
mol
−1
Avogadro constant (6.023 × 10
23
mol
−1
)
P
Pa, bar
*
pressure
Q
J
quantity of heat
r
m
radius
R
JK
−1
mol
−1
gas constant
R
Ω
electric resistance
S
J/K
entropy
t
s, min, h, d, month, a
time
t
°C
temperature
T
K
absolute temperature
u
m/s
velocity
U
V
electric potential
U
J
internal energy
V
m
3
, L, mL, µL
volume
w
mass fraction
W
J
work
x
B
mole fraction of substance B
Z
proton number, atomic number
α
cubic expansion coefficient
α
Wm
−2
K
−1
heat‐transfer coefficient (heat‐transfer number)
α
degree of dissociation of electrolyte
[α]
10
−2
deg cm
2
g
−1
specific rotation
η
Pa·s
dynamic viscosity
θ
°C
temperature
ϰ
c
p
/
c
v
λ
Wm
−1
K
−1
thermal conductivity
λ
nm, m
wavelength
µ
chemical potential
ν
Hz, s
−1
frequency
ν
m
2
/s
kinematic viscosity (η/ϱ)
π
Pa
osmotic pressure
ϱ
g/cm
3
density
σ
N/m
surface tension
τ
Pa (N/m
2
)
shear stress
φ
volume fraction
χ
Pa
−1
(m
2
/N)
compressibility
*
The official unit of pressure is the pascal (Pa).
SI unit
Non-SI unit
From SI to non-SI multiply by
Mass
kg
pound (avoirdupois)
2.205
kg
ton (long)
9.842×10
−4
kg
ton (short)
1.102×10
−3
Volume
m
3
cubic inch
6.102×10
4
m
3
cubic foot
35.315
m
3
gallon (U.S., liquid)
2.642×10
2
m
3
gallon (Imperial)
2.200×10
2
Temperature
°C
°F
°C×l.8+32
Force
N
dyne
1.0×10
5
Energy, Work
J
Btu (int.)
9.480×10
−4
J
cal (int.)
2.389×10
−1
J
eV
6.242×10
18
J
erg
1.0×10
7
J
kW.h
2.778×10
−7
J
kp.m
1.020×10
−1
Pressure
MPa
at
10.20
MPa
atm
9.869
MPa
bar
10
kPa
mbar
10
kPa
mm Hg
7.502
kPa
psi
0.145
kPa
torr
7.502
E (exa)
10
18
d (deci)
10
−1
P (peta)
10
15
c (centi)
10
−2
T (tera)
10
12
m (milli)
10
−3
G (giga)
10
9
µ (micro)
10
−6
M (mega)
10
6
n (nano)
10
−9
k (kilo)
10
3
p (pico)
10
−12
h (hecto)
10
2
f (femto)
10
−15
da (deca)
10
a (atto)
10
−18
The following is a list of the abbreviations used in the text. Common terms, the names of publications and institutions, and legal agreements are included along with their full identities. Other abbreviations will be defined wherever they first occur in an article. For further abbreviations, see page IX, Symbols and Units; page XVII, Frequently Cited Companies (Abbreviations), and page XVIII, Country Codes in patent references. The names of periodical publications are abbreviated exactly as done by Chemical Abstracts Service.
abs.
absolute
a.c.
alternating current
ACGIH
American Conference of Governmental Industrial Hygienists
ACS
American Chemical Society
ADI
acceptable daily intake
ADN
accord européen relatif au transport international des marchandises dangereuses par voie de navigation interieure (European agreement concerning the international transportation of dangerous goods by inland waterways)
ADNR
ADN par le Rhin (regulation concerning the transportation of dangerous goods on the Rhine and all national waterways of the countries concerned)
ADP
adenosine 5′-diphosphate
ADR
accord européen relatif au transport international des marchandises dangereuses par route (European agreement concerning the international transportation of dangerous goods by road)
AEC
Atomic Energy Commission (United States)
a.i.
active ingredient
AIChE
American Institute of Chemical Engineers
AIME
American Institute of Mining, Metallurgical, and Petroleum Engineers
ANSI
American National Standards Institute
AMP
adenosine 5′-monophosphate
APhA
American Pharmaceutical Association
API
American Petroleum Institute
ASTM
American Society for Testing and Materials
ATP
adenosine 5′-triphosphate
BAM
Bundesanstalt für Materialprüfung (Federal Republic of Germany)
BAT
Biologischer Arbeitsstofftoleranzwert (biological tolerance value for a working material, established by MAK Commission, see MAK)
Beilstein
Beilstein's Handbook of Organic Chemistry, Springer, Berlin – Heidelberg – New York
BET
Brunauer – Emmett – Teller
BGA
Bundesgesundheitsamt (Federal Republic of Germany)
BGB1.
Bundesgesetzblatt (Federal Republic of Germany)
BIOS
British Intelligence Objectives Subcommittee Report (see also FIAT)
BOD
biological oxygen demand
bp
boiling point
B.P.
British Pharmacopeia
BS
British Standard
ca.
circa
calcd.
calculated
CAS
Chemical Abstracts Service
cat.
catalyst, catalyzed
CEN
Comité Européen de Normalisation
cf.
compare
CFR
Code of Federal Regulations (United States)
cfu
colony forming units
Chap.
chapter
ChemG
Chemikaliengesetz (Federal Republic of Germany)
C.I.
Colour Index
CIOS
Combined Intelligence Objectives Subcommitee Report (see also FIAT)
CLP
Classification, Labelling and Packaging
CNS
central nervous system
Co.
Company
COD
chemical oxygen demand
conc.
concentrated
const.
constant
Corp.
Corporation
crit.
critical
CSA
Chemical Safety Assessment according to REACH
CSR
Chemical Safety Report according to REACH
CTFA
The Cosmetic, Toiletry and Fragrance Association (United States)
DAB
Deutsches Arzneibuch, Deutscher Apotheker-Verlag, Stuttgart
d.c.
direct current
decomp.
decompose, decomposition
DFG
Deutsche Forschungsgemeinschaft (German Science Foundation)
dil.
dilute, diluted
DIN
Deutsche Industrienorm (Federal Republic of Germany)
DMF
dimethylformamide
DNA
deoxyribonucleic acid
DOE
Department of Energy (United States)
DOT
Department of Transportation – Materials Transportation Bureau (United States)
DTA
differential thermal analysis
EC
effective concentration
EC
European Community
ed.
editor, edition, edited
e.g.
for example
emf
electromotive force
EmS
Emergency Schedule
EN
European Standard (European Community)
EPA
Environmental Protection Agency (United States)
EPR
electron paramagnetic resonance
Eq.
equation
ESCA
electron spectroscopy for chemical analysis
esp.
especially
ESR
electron spin resonance
Et
