Metrología para no-metrólogos



1. Alonso, Marcelo

    Física, Curso elemental

    Tomo I, Mecánica; Tomo II, Hidromecánica-Calor; Tomo IV, Electromagnetismo, física atómica

    La Habana Cuba, Cultural S.A., 1953


2. Alvaro Medeiros de Farias Theisen

    Fundamentos da Metrologia Industrial

    Porto Alegre, 1997


3. Audoin, C.

    Caesium Beam Frequency Standards: Classical and Optically Pumped

    Metrologia, 1992, 29, 113-134


4. Benson, Harris

    University Physics

    New York, John Wiley & Sons, 1991


5. Campos, J. et al

    Realization of the candela from a partial filtering V(l) detector traceable to a cryogenic radiometer

    Metrologia, 1995/96, 32, 675-679



    comunicaciones personales


7. Cerruti, L.

    The Mole, Amedeo Avogadro and others

    Metrologia, 1994, 31, 159-166


8. Clare, J.F.

    Realization of a photometric scale based on cryogenic radiometry

    Metrologia, 1998, 35, 251-254


9. Concise Encyclopedia of the Sciences.

    New York, Facts on File,1978


10. Cooter, I.L.

    Electrical standards and measurements

    Electro-Technology, 79, 53, Jan 1967.


11. De Bièvre P. and H.S. Peiser

    The reliability of values of molar mass, the factor that relates measurements expressed in two SI base units (mass and amount of substance)

    Metrologia, 1997, 34, 49-59


12. Dictionary of Physics,

    volume 1

    McGraw-Hill, 1993


13. Draft resolutions 21st. CGPM

    (información obtenida del sitio BIPM en Internet)


14. Edwards, C.S., et al

    A 633 nm iodine-stabilized diode-laser frequency standard

    Metrologia, 1999, 36, 41-45


15. Gardner, J.L. et al

    New basis for the Australian realization of the candela

    Metrologia, 1988, 35, 235-239


16. Guide for the Use of the International System of Units (SI)

    Barry N. Taylor

    NIST Special Publication 811

    US Department of Commerce, NIST, 1995


17. Hawking, Stephen

    ¿Se vislumbra el final de la física teórica? en Agujeros negros y pequeños universos.

    México, Editorial Planeta, 1994


18. Hopkins, Robert A.

    The International (SI) Metric System and How it Works

    3rd. revised ed.

    Tarzana, CA, AMJ Publishing Co., 1975










27. International Comparison Final Report

    Field: Acoustics; EUROMET

    Metrologia, 1997, 34, 197-198


28. ISO Guide to the expression of uncertainty in measurement

    Geneva, ISO, 1993


29. Jarvis, Duncan

    Sound measurements

    Metrologia, 1999, 36, 249-255


30. José Dajes Castro

    Sistema Internacional de Unidades de Medida

    Lima, Perú INDECOPI, 1999


31. Matamoros García, Carlos H.

    La candela, principios y usos

    Mexico, CENAM, 1999


32. McGlashan M.L.

    Amount of substance and the mole

    Metrologia, 1994/95, 31, 447-455


33. McGlashan, M.L.

    Entitic quantities, molar quantities and relations between them

    Metrologia, 1997, 34, 7-11


34. National Bureau of Standards

    Standard cells, their construction, maintenance and characteristics

    US Department of Commerce, 1965


35. NBSIR 75-926

    The National Measurement System for Length and Related Dimensional Measurements.

    Part I.

    US Dept. of Commerce, National Bureau of Standards, 1976.


36. NIST Time and Frequency FAQ

    (información obtenida del sitio NIST en Internet)


37. Norma Centroamericana ICAITI 4010

    Guía para el uso del sistema internacional de unidades;

    contiene factores de conversión para pasar de unidades de otros sistemas a unidades SI

    Guatemala, ICAITI, s.f.


38. Ohno, Y.

    Detector-based luminous-flux calibration using the Absolute Integrating-Sphere Method

    Metrologia, 1998, 35, 473-478


39. Ohno, Y. and J.K. Jackson

    Characterization of modified FEL quartz-halogen lamps for photometric standards

    Metrologia, 1995/96, 32, 693-696


40. OIML D 2 (1999)

    Legal units of measurement

    France, OIML, 1999


41. OIML R111

    Weights of classes E1, E2, F1, F2, M1, M2, M3.

    France, OIML, 1994


42. Omega Engineering Inc



43. Padrões de Unidades de Medidas, Referências

    Metrológicas da França e do Brasil

    Rio de Janeiro, INMETRO, 1999


44. Park, David

    The How and the Why – An essay on the origin and development of physical theory

    N.J., Princeton University Press, 1988


45. Samaan N.D. and F. Abdullah

    Computer-aided Modelling of Pressure Balances

    Metrologia, 1993/94, 30, 641-644


46. SI Guide, International System of Units

    Geneva, ISO, 1998


47. Simpson, D.I.

    Computerized Techniques for Calibrating Pressure Balances

    Metrologia, 1993/94, 30, 655-658


48. Tarbeyev Yu. V., and E.T. Frantsuz

    Measuring Procedure to realize the Ampere by the Superconducting Mass Levitation Method

    Metrologia, 1992, 29, 313-314


49. The Boeing Co., Primary Standards Unit

    A Precision Electrical Measurement Course

    August 1962


50. UNEP (United Nations Environmental Programme)

    Radiation; doses, effects, risks

    Nairobi, Kenya, 1985


51. US Department of Commerce, National Bureau of Standards

    Definition of Ampere and Magnetic Constant

    Precision Measurement and Calibration

    NBS Special Publication 300, vol.3, 1972


52. US Department of Commerce, National Bureau of Standards

    Frequency and time

    Precision Measurement and Calibration

    NBS Special Publication 300, vol.5, 1972


53. Vasco Ronchi

    Optics, the science of vision

    N.Y., University Press, 1957


54. VIM, Vocabulaire International des TermesFondamentaux et Généraux de Métrologie

    Genève, ISO, 1993


55. Working Group 1, Comité Consultatif de Thermométrie

    On the International Temperature Scale of 1990 (ITS-90), Part I: Some definitions. Short Communication.

    Metrologia 1997, 34, 427-429

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