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CHEMICAL ANALYSIS - ANÁLISIS QUÍMICO
- A general account of micro-chemical methods in criminal investigations (J. B. Firth) [The journal of Criminal Law and Criminology, 1949]
- Distinguishing coal, coke and other black particles (J. R. Millette et al) [JASTEE, 2010]
- Fertilizer microscopy (p. s. wRIGHT)
- Look deeper into samples using chemical microscopy (Scott Stoeffler) {Machinery Lubrication}
INSTRUMENTACION
MICROSCOPES - MICROSCOPIOS
MICROSCOPIA GENERAL
- 50 most frequently asked questions about optical microscopy (Mortimer Abramowitz)
- A primer on keeping your microscope clean - Part 1. Determine the location of contamination (Wayne Buttermore)
- A primer on keeping your microscope clean - Part 2. Inspect and clean (Wayne Buttermore)
- A primer on keeping your microscope clean - Part 3. When do you need a service technician? (Wayne Buttermore)
- Achieving the best illumination for your comparison microscope (Wayne Buttermore)
- Adding LED illumination to your comparison microscope (Wayne Buttermore)
- Adventures in communication, Why no one understands me? (Frank S. Karl)
- An amazing microscope (Herbert Leon MacDonell)
- Applying an Abbe criterion to photomacrography (Ted Clarke)
- Brightfield illumination of large field sizes (Theodore M. Clarke)
- Buying microscopes (James McHone)
- Calculating total magnification {The Leading Investigator}
- Cleaning, care, and maintenance of microscopes (Thomas J. Fellers y Michael W. Davidson)
- Common optical deffects in lens systems (aberrations) (Mortimer Abramowitz)
- Comparison illumination. Part 2: Achieving the best illumination for your comparison microscope (Wayne Buttermore)
- Conjugates planes in optical microscopy (Thomas J. Fellers y Michael W. Davidson)
- Darkfield illumination (William Chambers et al)
- Depth of field and depth of focus (Kenneth R. Spring y Michael W. Davidson)
- Diffracted light contrast: Improving the resolution of a basic light microscope by an order of magnitude (W. Barry Piekos)
- Digital imaging - Annotation and measurement data - Part 3 (Rob Kimura)
- Digital imaging - Calibration and digital measurement. Part 1 (Rob Kimura)
- Digital imaging - Calibration and digital measurement. Part 2 (Rob Kimura)
- Epi-fluorescence illumination (William Chambers et al)
- Evaluation of refractive index values for Permount (Larry Peterson) [JASTEE, March 2017. Vol 7, Issue 1, pp. 10-14]
- Eye on forensic microscopy (Martha Walz)
- Eyepieces (oculars) (Mortimer Abramowitz y Michael W. Davidson)
- Field of view (Kenneth R. Spring y Michael W. Davidson)
- Forensic microscope, in particular for examination of writing -Patente (Thomas Serfling)
- Forensic microscopy system - Patent (Rex Hoover y Robert G. Hoover)
- Fractured patterns: Microscopical investigation of real physical evidence (Richard E. Bisbing)
- How light microscopes work (Craig Freudenrich)
- How to use a microscope properly!
- Immersion oil and the microscope (John J. Cargille)
- Infinity-corrected optical systems (Mortimer Abramowitz et al)
- Introduction to confocal microscopy (Thomas J. Fellers y Michael W. Davidson)
- Introduction to lenses and geometrical optics (Mortimer Abramowitz et al)
- Introduction to microscopy [Molecular Expressions]
- Introduction to stereomicroscopy (Paul E. Nothnagle et al)
- Light microscopy slide preparation
- Managing LED illumination (Wayne Buttermore)
- Measurement of channel depth by using a general microscope based on depth of focus (Jiangjiang Liu et al)
- Microscope configuration (Philip C. Robinson et al)
- Microscope objectives - Specifications and identification (Mortimer Abramowitz y Michael W. Davidson)
- Microscope optical components. Introduction (Kenneth R. Spring y Michael W. Davidson)
- Modulation contrast (Lon Nelson)
- Numerical aperture (Michael W. Davidson)
- Numerical aperture and resolution (Mortimer Abramowitz y Michael W. Davidson)
- Objectives for specialized applications (Kenneth R. Spring et al)
- Oblique illumination (William Chambers et al)
- Optical microscopy
- Produce frozen sections of paraffin-quality (Charles W. Scouten)
- Radius and refractive index effects on lens action (Matthew J. Perry-Hill et al)
- Renovating an Olympus SWHK ocular (J. Gregory McHone)
- Resolution (Michael W. davidson)
- Reveal additional information using TIRF (Nicolas Bettesworth)
- The concept of magnification (Mortimer Abramowitz y Michael W. Davidson)
- The new photomicrography (Peter Evennett)
- The stereo microscope (Jordan Kreindler) {Micscape, 2012}
- To see or not to see (Rob Kimura)
- Training in forensic microscopy (William Chapin)
- Tune in to excitation optimum with white light laser (Rolf Borlinghaus y Scott Young)
- Useful magnification range (Kenneth R. Spring y Michael W. Davidson)
- Using environmental forensic microscopy in exposure science (James Millette et al) Nature, 2008
- Working distance and parfocal length (Kenneth R. Spring y Michael W. Davidson)
MICROSCOPIA CONFOCAL
DIC - MICROSCOPIA DE CONTRASTE DE INTERFERENCIA DIFERENCIA
MICROSCOPIA DE LUZ POLARIZADA - PLM
- A micro-Rothko gallery of crystals (Richard Howey)
- Applications of polarising microscopy [Olympus]
- Birrefringent crystals in polarized light (Mortimer Abramowitz et al)
- Cargille refractive index liquid series A range nD=1.460-1.570
- Cargille refractive index liquid series A range nD=1.572-1.640
- Cargille refractive index liquid Series AA nd=1.400-1.458
- Double refraction (birefringence) in Iceland Spar (Mortimer Abramowitz et al)
- Gamma-hydrobutyrate detection using microcrystalline tests (Mathieu Elie et al)
- Interference (Douglas B. Murphy et al)
- Introduction to compensators and retardation plates (Michael W. Davidson)
- Introduction to polarized light microscopy (Philip C. Robinson y Michael W. Davidson)
- Kohler microscope illumination (Mortimer Abramowitz y Michael W. Davidson)
- Michel-Levy birefringence chart (Kenneth R. Spring et al)
- Microscope alignment for Kohler illumination (Matthew Parry-Hill et al)
- Optical birrefringence (Douglas B. Murphy et al)
- PLM - Microscope alignment (Peter Dimitruk y Michael W. Davidson)
- Polarization of light (Douglas B. Murphy et al)
- Polarized light microscopy in conservation: A personal perspective (Walter C. McCrone)
- Polarizing, petrographic, geological microscopes (James Gregory McHone)
- Principles and applications of two-beam interferometry (Hiroshi Komatsu et al)
- Selected topics from essentials of polarized light microscopy (John Gustav Delly)
- Selected topics from Essentials of Polarized Light Microscopy (John Gustav Delly) {College of Microscopy, 2008}
- The brace-kohler compensator (Michael W. davidson)
- The de Sénarmont compensator (William K. Ferster y Michael W. Davidson)
- The first order (full wave) retardation plate (Michael W. Davidson)
- The quarter wavelenght retardation plate (Michael W. Davidson)
- The quartz wedge compensator (Michael W. Davidson)
MICROPHOTOGRAPHY - MICROFOTOGRAFIA
- About the use of digital single lens reflex cameras on microscopes (Jan Hinsch) {IAMA Newsletter, 2003}
- The microscope and photomicrography in criminal investigation (Charleton Hood) [Criminal Law and Criminology, 1934]
- The poor man's photomacroscope. Breathing new life into redundant lenses. Pary 1. (Paul James) {Microscopy-UK, 2010}
SAMPLE PREPARATION
SEM
- A basic understanding of scanning electron microscopy (SEM) and energy dispersive X-ray detection (EDX) (Michael V. Martinez)
- A small sample mounting technique for scanning electron microscopy and X-ray analysis (Dennis C. Ward)
- Aplicaciones de microscopia electrónica de barrido (SEM) y análisis de fractura de una aleación de Cu-10Al (Mario Grágeda Zegarra y Susana Montesinos)
- Beyond death: Forensic investigations of pre-columbian mummies from the Tarapacá valley, Chile, using variable pressure SEM and raman spectroscopy (S. V. Prikhodko et al)
- Beyond the diffraction limit - Pond dipping with an electron microscope (Ian Potman) {Microscopy-UK, 2010}
- Choosing the right accelerating voltage for SEM. An introduction for beginners (V M. Dusevich et al)
- Dynamical direct methods for everyone (W. Sinkler y L. D. Marks)
- From the SEM (IAEA) to the SIMS (ITU): Relocation experiment of micrometre sized particles - Initial results (U. Admon et al)
- SEMs and forensic science (Hans Krusemann) {Problems of Forensic Science. 2001}
- Size is no object (Robin H. Keeley)
- Take a walk on the wild size (Judith M. Owens)
- Theory and operation of a scanning electron microscope equipped with an energy dispersive spectrometer (Scott Chumbley)
ARTICULOS POR SUBSCRIPCION
- An introduction to microscopy - Review. Christian Crowder {JFS, 2010}
- Distinguishing coal, coke and other black particles (J. R. Millette et al)
- Forensic applications of microscopy (Lister G. Clark) {Australian Journal of Forensic Sciences, 1988}
- Forensic science SEM and news in this field (M. Kotrly et al)
- Optical and infrared microanalysis of forensic evidence (Thomas J. Tague Jr)
- Practical applications of SEM for forensic analysis (W. Niemeyer)
- The forensic application of microscopy and microanalysis (M. Martínez)
- Using environmental forensic microscopy in exposure science environmental forensic microscopy (James R. Millette et al) {J. Exposure Science & Environm. Epidemiology, 2008}
REVISTA / MAGAZINES
LIBROS / BOOKS
SITIOS DE INTERES / INTERESTING SITES
- AQPMicroscopio
- ASTEE - American Society of Trace Evidence Examiners
- Cargille Labs
- College of Microscopy [NIJ]
- Forensic Bookstore - Microscopy
- Forensic Comparators
- Forensic Microscopy
- Forensics under the microscope
- Free term papers on microscopy - OPPAPERS:COM
- IAMA - International Association of Microanalysis
- IAMA Fluoresence Microscopy
- IAMA Light Microscopy Images
- IAMA SEM Images
- McCrone Research Institute
- MicrolabNW Photomicrograph Gallery
- Olympus Microscopy Resource Center
- Olympus Virtual Microscopy
- SWGIT - Scientific Working Group on Imaging Technology
- SWGMAT
- The Crime Collection
- The NIJ Forensic Microscopy Training Program
- The Quekett Microscopical Club
- Waves
VINCULOS / LINKS
- Introduction to optical liquids [Cargille Labs]
- Introduction to optical microscopy, digital imaging and photomicrography [Molecular Expressions]
- Introduction to optical microscopy, digital imaging, and photomicrography [Molecular Expressions]
- Introduction to polarized light microscopy (Philip C. Robinson y Michael W. Davidson)
- Lenses and geometrical optics [Molecuar Expressions]
- Micro-extraction of soluble components from small particles for infrared analysis (Anna S. Teetsov)
- Microscopic analysis (David A. Katz)
- Polarization of light (Douglas B. Murphy et al)
- Polarized light microscopy in conservation: A personal perspective (Walter C. McCrone)
- Reconstituting preserved specimens (Richard L. Howey)
- Refraction of light (Thomas J. Fellers y Michael W. Davidson)
- Refraction of monochromatic light (Robert Sutter et al)
- Resources for paint pigment microscopists (Joe G. Barabe)
- Simple bi-convex thin lenses (Matthew J. Parry-Hill y Michael W. Davidson)
- Spectral comparison of commercial and synthesized tyrian blue (Darlene Florence y Elmhurst College)
- Structural analysis with quantitative birrefringence imaging (Clifford C. Hoyt y Rudolf Oldenbour)
- Sénarmont compensation: How to accurately measure small relative retardations (John Gustav Delly)
- The concept of magnification (Mortimer Abramowitz y Michael W. Davidson)
- The critical angle of reflection (Robert T. Sutter et al)
- The development of a protocol for the microscopical analysis of white powder unknowns: From hot zone to the microscope (Charles A. Zona)
- The literature of classical microchemistry, spot tests, and chemical microscopy (John Gustav Delly)
- The Michel-Lévy interference color chart - Microscopy's magical color key (John Gustav Delly)
- Theory and operation of a scanning electron microscope equipped with an energy dispersive spectrometer (Scott Chumbley)
- Universal stage use on the Olympus BX51-Pol microscope (John Gustav Delly)
- Wave interactions in optical interference (Matthew J. Parry-Hill y Michael W. Davidson)
- Wave interactions in optical interference (Matthew J. Parry-Hill y Michael W. Davidson)