Directory of Standards relating to Optics:
ASTM
American Society for Testing and
Materials(ASTM)
Specifications Related to Optics and Optical Instruments. Available from:
American Society for Testing and MaterialsStandards may be ordered by telephone with credit card (need standard number or title).
ASTM Committee C14 Glass and Glass Products
Subcommittee C14.01 on Nomenclature and
Definitions ASTM Committee C14 Glass and Glass
Products
Subcommittee C14.01 on Nomenclature and Definitions
| C 162-90 |
Standard Terminology on Glass and Glass
Products 369 Subcommittee C14.04 on Physical and Mechanical Properties |
Subcommittee C14.04 on Physical and Mechanical Properties
| C 158-84 | Standard Test Methods for Strength of Glass by Flexure (Determination of Modulus of Rupture) |
| C 336-71(86) | Standard Test Method for Annealing Point and Strain Point by Fiber Elongation |
| C 338-73(88) | Standard Test Method for Softening Point of Glass |
| C 623-71(89) | Standard Test Method for Young's Modulus, Shear Modulus, and Poisson's Ratio for Glass and Glass Ceramics by Resonance |
| C 730-85(89) | Standard Test Method for Knoop Indentation Hardness of Glass |
| C 770-77(89) | Standard Test Method for Measurement of Glass Stress Optical Coefficient |
ASTM Committee D1 Paint and Related Coatings and
Materials
Subcommittee D01.46 on Industrial Protective
Coating
| D 4541-85(89) |
Standard Test Method for PullOff Strength of
Coatings Using Portable Adhesion Testers Subcommittee D14.50 on Special Adhesives |
| D 285-86 | Standard Specification for Liquid Optical Adhesive |
ASTM Committee E12 on Appearance of Materials
| E 1331-90 | Standard Test Method for Reflectance Factor and Color by Spectrophotometry Using Hemispherical Geometry |
| E 1348-90 | Standard Test Method for Transmittance and Color by Spectrophotometry UsingHemispherical Geometry |
| E 1349-90 | Standard Test Method for Reflectance Factor and Color by Spectrophotometry Using Bidirectional Geometry |
| E 1392-90 | Standard Practice for Angle Resolved Optical Scatter Measurements on Specular or Diffuse Surfaces |
| F 379-76(1987) | Standard Test Method for Measuring Slope Efficiency and Lasing Threshold of Ruby Laser Rods |
| F 529-80(1987) | Standard Test Method for Interpretation of Interferograms of Nominally Plane Wavefronts |
| F 530-81(1987) | Standard Test Method for Wavefront Distortion of Laser Rods |
| F 531-81(1987) | Standard Test Methods for Wavefront Distortion and Face Parallelism of Laser Disks |
| F 532-81(1987) | Standard Test Methods for Measuring the Width of Defects in Optical Surfaces Using Nomarsky Differential Microscopy |
| F 578-78(1987) | Standard Test Method for Lasing Threshold and Slope Efficiency of Neodymium doped Laser Rods |
| F 579-80(1987) | Standard Test Method for Face Flatness by Optical Noncontact Technique |
| F 611-79(1987) | Standard Test Method for Wavefront Distortion of Nominally Plane Optical Elements Due to Refractive Index Inhomogeneity |
| F 663-80(1987) | Standard Practice for Manual Analysis of Interferometric Data by Least Squares Fitting to a Plane Reference Surface |
| F 664-80(1987) | Standard Practice for Manual Analysis of Interferometric Data by Least Squares Fitting to a Spherical Reference Surface and for Computer Aided Analysis of Interferometric Data by Least Squares Fitting to Both Plane and Spherical Reference Surfaces |
| F 741-81(1987) | Standard Method for Determining the Crystallographic Axes and Contract Ratio of a Pockels Cell Electro Optic Crystal Operating in the Longitudinal Mode |
| F 742-81(1987) | Standard Practice for Evaluating an Interferometer |
| F 743-81(1987) | Standard Test Method for Measuring Contrast Ratio of a Pair of Linear Polarizers for Visible Radiation |
| F 768-82(1987) | Standard Test Method for Specular Reflectance and Transmittance Measurements of Optically Flat Coated and Non coated Specimens |
| F1048-87(1992) | Standard Test Method for Measuring the Effective Surface Roughness of Optical Components by Total Integrated Scattering |
ASTM Committee F1 on Electronics
Subcommittee F01.02 on Lasers
| F 768-82(87) | Standard Test Method for Specular Reflectance and Transmittance Measurements of Optically Flat Coated and Non coated Specimens |
Subcommittee F01.03 on Metallic Materials
| F 218-68(89) | Standard Test Method for Analyzing Stress in Glass |
Subcommittee F01.04 on Semiconductor Physical Properties
| F 775-88 | Standard Test Method for Wafer and Slice Flatness by Interferometric, Noncontact Technique |
Subcommittee F01.08 on Microelectronic Imaging
| F 614-80(91) | Standard Test Method for Distortion of Optical Lenses Used in Photomask Fabrication |
| F 728-81(87) | Standard Practice for Preparing an Optical Microscope for Dimensional Measurements |
| F 805-83 | Standard Test Method for Photoplate Surface Flatness by Interferometric Noncontact Technique |
ASTM Committee F7 on Aerospace and Aircraft
Subcommittee F07.08 on Transparent Enclosure
and Materials
| F 733-90 | Standard Practice for Optical Distortion and Deviation of Transparent Parts Using the Double Exposure Method |
| F 801-83(89) | Standard Test Method for Measuring Optical Angular Deviation of Transparent Parts |
| F 1128-88 | Standard Test Method for Abrasion Resistance of Transparent Plastics and Coatings Using Salt Impingement Method |
| F 1165-88 | Standard Test Method for Measuring Angular Displacement of Multiple Images in Transparent Parts |
| F 1181-88 | Standard Test Method for Measuring Binocular Disparity in Transparent Parts |
| F 1252-89 | Standard Test Method for Measuring Optical Reflectivity of Transparent Materials |
OSA publishes the user's guide to the ISO 10110 standard. The cost is $50.00 list and $39.00 for OSA members. The published standard itself is available from ANSI. Each part of ISO 10110 can be purchased individually.
Part 1 General - ISO 10110-1:1996
Part 2 Material imperfections - Stress birefringence - ISO 10110-2:1996
Part 3 Material imperfections - Bubbles and inclusions - ISO 10110-3:1996
Part 4 Material imperfections - Inhomogeneity and striae - ISO 10110-4:1997
Part 5 Surface form tolerances - ISO 10110-5:1996
Part 6 Centring tolerances - ISO 10110-6:1996
Part 7 Surface imperfection tolerances - ISO 10110-7:1996
Part 8 Surface texture - ISO 10110-8:1997
Part 9 Surface treatment and coating - ISO 10110-9:1996
Part 10 Table representing data of a lens element- ISO 10110-10:1996
Part 11 Non-toleranced data - ISO 10110-11:1996
Part 12 Aspheric surfaces - ISO 10110-12:1997
Glossary for ISO 10110 User's Guide
| ANSI/ASTM B 117 | Standard Method of Salt Spray (Fog) Testing |
| ANSI/ASTM B 287 | Acetic Acid Salt Spray (Fog) Testing |
| ANSI/ASTM B 384 | Microhardness of Materials |
| ANSI/ASTM B 499 | Magnetic Thickness Measurement for Ductility of Electrodeposits |
| ANSI/ASTM B 504 | Thickness Measurement of Metals Coulometric Method |
| ANSI/ASTM B 530 | Thickness Measurement Magnetic Nickel Mag/Nonmag Substrates |
| ANSI/ASTM B 537 | Rating of Electroplated Panels Subjected to Atmospheric Exposure |
| ANSI/ASTM B 567 | Thickness Measurement by the Beta Backscatter Method |
| ANSI/ASTM B 568 | Coating Thickness by X Ray Spectrometry |
| ANSI/ASTM B 571 | Adhesion of Metallic Coatings |
| ANSI/ASTM B 578 | Microhardness of Electroplated Coatings |
| ANSI/ASTM B 636 | Internal Stress Measurement with the Spiral Contractometer |
| ANSI/ASTM B 659 | Measuring Thickness of Electrodeposited and Related Coatings |
| ANSI PH3.17 | 1972 (R1987) Specification for Photographic Optical Filter Sizes |
| ANSI PH3.22 | 1979 (R1986) Method for Determining the Distribution of Illuminance Over the Field of a Photographic Objective |
| ANSI PH3.29 | 1979 (R1989) Methods for Designating and Measuring Apertures and Related Quantities Pertaining to Photographic Objectives and Projection Lenses |
| ANSI PH3.35 | 1977 (R1989) Methods for Designating and Measuring Focal Lengths and Focal Distances of Photographic Lenses |
| ANSI PH3.57 | 1978 (R1989) Guide to Optical Transfer Function Measurement and Reporting |
| ANSI PH3.63 | 1974(R1991) Method for Determining the Photographic Resolving Power of Photographic Lenses |
| ANSI PH3.601 | 1981 (R1986) Focal Length Marking of Lenses |
| ANSI PH3.602 | 1988 Focussing and Distance Scale Markings of Camera Lenses |
| ANSI PH3.604 | Test Methods for the Selective Transmission of Photographic Lenses |
| ANSI PH3.609 | 1980 (R1987) Dimensions for Resolution Test Target for Photographic Optics |
| ANSI PH3.613 | 1989 Methods for Testing Image Distortion of Photographic Lenses |
| ANSI PH3.614 | 1983 (R1989) Methods for Testing Spectral Transmittance of Photographic Lenses |
| ANSI PH3.615 | 1988 Method for Testing Veiling Glare of Still Picture Camera Objectives |
| ANSI PH3.616 | 1990 Performance Specifications and Method for Testing Antireflection Coatings for Photographic Lenses |
| ANSI PH3.617 | 1980 (R1991) Definitions, Methods of Testing, and Specifications for Appearance Imperfections of Optical Elements and Assemblies |
| ANSI PH22.90 | 1964 (R1987) Method for Determining Aperture Calibrations of Motion Picture Lenses |
| ANSI Y14.5M | 1982 (R1988) Dimensioning and Tolerancing |
| ANSI/ASME Y14.18M | 1986 Optical Parts (Engrg. Drawings and related documentation practices) |
Published by:
Available for purchase from:
| MIL-HDBK-141 | Optical Design |
| MIL-STD-34 | General Requirements for the Preparation of Drawings for Optical Elements and Optical Systems |
| DOD-STD-35-120 | Automated Engineering Document Preparation (Optical) |
| MIL-STD-105 | Sampling Procedures and Tables for Inspection by Attributes |
| MIL-STD-109 | Quality Assurance Terms and Definitions |
| MIL-STD-129 | Marking for Shipment and Storage |
| MIL-STD-150 | Photographic Lenses |
| MIL-STD-810 | Environmental Test Methods and Engineering Guidelines |
| MIL-STD-1241 | Optical Terms and Definitions |
| MIL-STD-1278 | Filters, Light, Photographic |
| MIL-STD-0-13830A | Improvement of Manufacturing Techniques and Quality of Optical Scratch Standards for Fire Control Systems |
| MIL-A-3920 | Thermosetting Optical Adhesive |
| MIL-A 48611 | Adhesive System, Epoxy, Elastomeric, Glass to Metal |
| MIL-B-48612 | Bonding with Epoxy, Elastomeric, Adhesive System, Glass to Metal |
| MIL-C-675 | Films, Reflection Reducing, for Glass Optical Elements |
| MIL-C-14806 | Reflection Reducing Coating for Instrument Cover Glasses and Lighting Wedges |
| MIL-C-26074D | Coatings, Electroless Nickel |
| MIL-C-45662A | Calibration System Requirements |
| MIL-C-48497 | Durability Requirements for Single or Multilayer Interference Coatings |
| MIL-E-12397 | Eraser, Rubber Pumice for Testing Coated Optical Elements |
| MIL-F-9329B | Filters, Light, Photographic |
| MIL-F-12717 | Filters, Ray, Glass |
| MIL-F-21241 | Filters, Color, Finished |
| MIL-F-21424 | Filters, Polarizing (for Optical Instruments) |
| MIL-F-48616 | General Specifications for Infrared Interference Filter Coatings |
| MIL-F-48616/100 | Coating, Low Reflectance, OrdinaryRequirements |
| MIL-F-48616/101 | Coating, Low Reflectance on Germanium 8.0 to 11.5 Micrometers, High Durability, Special Requirements for |
| MIL-F-48616/102 | Coating, Ultra Low Reflectance on Germanium 7.5 to 12.3 Micrometers, Special Requirements for |
| MIL-F-48616/200 | Coating, High Reflectance, First Surface, Ordinary Requirements for |
| MIL-F-48616/301 | Filter, Wide Bandpass, 7.7 to 11.7 Micrometers, Special Requirements for |
| MIL-F-48616/500 | Coating, Long Wavelength Pass Filter, Ordinary Requirements for |
| MIL-F-48616/600 | Coating, Short Wavelength Pass Filter, Ordinary Requirements for |
| MIL-G-174 | Glass, Optical |
| MIL-G-1366 | Aerial Photography Window Glass |
| MIL-G-16592 | Glass Plate (For Optical Instruments) |
| MIL-G-47033A | Glass, Borosilicate |
| MIL-G-47034A | Glass, Filter, Colored |
| MIL-G-81704 | Glass, Aircraft Instrument |
| MIL-I-45208 | Inspection Requirements: General Specification for |
| MIL-L-19427 | Lenses, Anamorphic Projection |
| MIL-M-13508 | Mirrors, Front Surfaced, Aluminum for Optical Elements |
| MIL-O-16898B | Optical Elements: Packaging of |
| MIL-P-13988 | Paper, Lens, Tissue, Antitarnish; Wrapping |
| MIL-P-16898 | Preservation and Packaging of Lenses, Prisms, and Mirrors Associated With Navigational and Projection Equipment |
| MIL-Q-47057A | Quartz, Fused, Optical Grade |
| MIL-W-1366F | Optical Sensor Window |
| CCC-C-271 | Cheesecloth, Bleached and Unbleached |
| CCC-C-440 | Cloth, Cotton, Cheesecloth |
| DD-G-451D | Glass, Plate, Sheet, Figured and Corregated, for Glazing, Mirrors and Other Uses (Not Precision) |
| JJJ-C-561 | Cotton; Sterile and Non sterile |
| O-E-760 | Ethyl, Alcohol |
| UU-P-268 | Paper, Kraft, Wrapping |
| UU-P-313 | Paper, Lens Tissue |
| UU-T-101 | Tape, Gummed, Mending and Reinforced Paper and Cloth |
| UU-T-106 | Tape, Pressure Sensitive, Adhesive, Masking, Paper |
AIA
Automated Imaging
Association(A15 Standards Committee)
ANSI/AVA A15.05/1 - 1989 American National
Standard for Automated Vision Systems -
Performance Test - Measurement of Relative
Position of Target Features in Two-
Dimensional Space Approved December 1, 1988.
24 Pages. US$ 18.00.
This standard defines a standard measurement test
that will serve as a reference in the specification
and evaluation of machine vision systems. The test
is designed to aid manufacturers and users in
understanding and communicating expected and actual
performance of vision systems.
BSR/A15.08/1 - 199X Standard Camera Data
Sheet has progressed beyond the initial draft
stage thanks to SC Member Bob Gazerro, who has
taken over the Working group on Electro/Optical
Characteristics. At its last meeting, A15.08
reviewed a complete outline for E/O
characteristics.
The WG on timing was assigned to a representative
from Cohu. This WG coupled with the E/O WG
represents the bulk of the work on the Standard
Camera Data Sheet. Another WG on Format has been
assigned to representatives from E.G.&G. With
these WGs now in the hands of active
representatives, A15.08 plans to have a first draft
of the entire Data Sheet Standard by the First
Quarter 1996.
AIA Al 5.08/2-1993 Proposed American National
Standard for Automated Vision Components -
Cameras - Standard AIA Connector Specifications
(rev. of ANSI/AIA Al5.08/2-1992) AIA Approval Date
1993-09-10. ANSI Approval Pending 19 Pages. US$
22.00.
The purpose of this standard is to specify
connectors suitable for machine vision, scientific,
medical and general purpose image data acquisition
in industrial, laboratory or office environments.
The primary function of these connectors is to
transfer all power and analog and digital signals
between the camera and an image processor.
AIA A15.08/3-1993 Proposed American National
Standard for Automated Vision Components -
Cameras - AIA Monochrome Digital Interface
Specification (rev. of ANSI/AIA Al5.08/3-1992)
AIA Approval Date 1993-09-10. ANSI Approval Pending
12 Pages. US$ 15.00.
This standard specifies digital communication
between a video camera device and an image
processor. Video camera devices include matrix
array cameras, variable scan cameras and linear
array cameras. The primary function of this
interface is to transfer a digital image from the
camera device to the image processing system.
BSR/AIA Al5.08/4-199X Proposed American National
Standard for Automated Vision Components -
Cameras - RGB Digital Interface Specification
Revision 2 (Committee Review Draft). Approval
Target Date 1995-04. 12 Pages. US$ 15.00
This standard specifies digital communication
between an RGB color video camera device and an
image processor. Video camera devices include
matrix array cameras, variable scan cameras and
linear array cameras. The primary function of this
interface is to transfer a digital image from the
camera device to the image processing system.
BSR/AIA Al5.08/7- 199X Proposed American
National Standard for Automated Vision Components -
Cameras - AIA Serial Communication Protocol
Specification Revision 2 (Committee Review
Draft). Approval Target Date 1995-01. 19 Pages. US$
22.00
This standard specifies the protocol and command
code to be used in serial communication between a
video camera device and an image processor. The
primary function of this protocol is to transfer
control commands from the image processor to the
video camera and for the acknowledgment of these
commands by the camera. Secondarily, this standard
provides for low-speed communication of camera data
to the host processor.
There are two other standards projects under
development: A15.O8/5- Analog Monochrome
Interface and A15.08/6 - Analog RGB Color
Interface. Working Drafts of these standards
will be available in late 1995.
The A15.08 committee has been cooperating with the National Association of Photographic Manufacturers IT14 on Electronic Still Video. IT14 members have suggested that the AIA Specification be submitted for consideration as international standards. If the AIA standards are accepted as New Work Items, there is every expectation that the ATA specifications will be approved as ISO standards in 2-3 years
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