Biblioteca del Alquimista.
En esta sección podrás encontrar libros cuyos derechos de autor están libres ya sea porque son antiguos o porque han sido puestos en publico dominio por el propietario de los derechos de copia. Si conoces algún otro libro en formato electrónico que pueda esta aquí envialo o háznoslo saber. (Nota: Bajo ningún aspecto se colocara ningún material pirata o que viole la ley de propiedad intelectual.
Los silicatos en la industria química y el comercio. Arcillas, cementos, porcelanas, industria del vidrio, y otros temas. En ingles, 1920, 470 pg. en formato PDF. Ver aquí.
Producción de ozono por efecto corona. En ingles, 28 Paginas, año 2004. Ver aquí
Ozono y su Producción electroquimica. En ingles 1920, 204 pg en formatato PDF. Ver aquí.
MANUAL TECNICO DE PEGADO. Un completo manual sobre las técnicas de pegado donde se analizan los diferentes tipos de pegamento y sus propiedades. 76 páginas en formato PDF en español. Ver aquí.
Manual de Soldadura del Acero Inoxidable.
Parte
I - Para el Soldador
Parte
II - Para el Ingeniero de Materiales
Parte
III - Para el Ingeniero de Diseño
Manual Fundamental de quimica. Documento de libre difusión creado por el Departamento de Energía del gobierno de los EEUU.
ABSTRACT The Chemistry Handbook was developed to assist nuclear facility operating contractors in providing operators, maintenance personnel, and the technical staff with the necessary fundamentals training to ensure a basic understanding of chemistry. The handbook includes information on the atomic structure of matter; chemical bonding; chemical equations; chemical interactions involved with corrosion processes; water chemistry control, including the principles of water treatment; the hazards of chemicals and gases, and basic gaseous diffusion processes. This information will provide personnel with a foundation for understanding the chemical properties of materials and the way these properties can impose limitations on the operation of equipment and systems. Volumen 1 de 2. Volumen 2 de 2.
Como
diseñar, construir y probar pequeños motores de
combustible liquido de cohetes. Leroy J. Krzycki's book "HOW
to DESIGN, BUILD and TEST SMALL LIQUID-FUEL ROCKET ENGINES" . Un
excelente libro imprescindible para aquel que sueña con poner
un ratón en órbita. Ver
aqui.
INSTRUMENTATION AND CONTROL. The handbook includes information on temperature, pressure, flow, and level detection systems; position indication systems; process control systems; and radiation detection principles. This information will provide personnel with an understanding of the basic operation of various types of DOE nuclear facility instrumentation and control systems. Volumen 1 de 2 Volumen 2 de 2.
THERMODYNAMICS, HEAT TRANSFER, AND FLUID FLOW. The handbook includes information on thermodynamics and the properties of fluids; the three modes of heat transfer - conduction, convection, and radiation; and fluid flow, and the energy relationships in fluid systems. This information will provide personnel with a foundation for understanding the basic operation of various types of DOE nuclear facility fluid systems. Volumen 1 de 3 Volumen 2 de 3 Volumen 3 de 3
NUCLEAR PHYSICS AND REACTOR THEORY. The handbook includes information on atomic and nuclear physics; neutron characteristics; reactor theory and nuclear parameters; and the theory of reactor operation. This information will provide personnel with a foundation for understanding the scientific principles that are associated with various DOE nuclear facility operations and maintenance. Volumen 1 de 2 Volumen 2 de 2
Fuel Cell Handbook. Manual de celdas de combustible. Documento editado por el Departamento de Energía de USA, de mas de 350, sobre todo tipo de baterías y celdas de combustible para la generación de energía eléctrica. Muy completo y de alto nivel. En ingles y en formato PDF. (Ver)
Introduction
to the principles of vacuum physics (Ver
PDF)
Introduction
- definition, history and applications of vacuum. Conversion factors
for pressure and pressure ranges of vacuum, vacuum gauges and pumps.
Composition of air
Ideal and real gases. Kinetic theory of gases.
Thermal conductivity and energy transport. Gas flow. Gas load and
ultimate pressure. Conclusion
Mechanical
pumps (Ver
PDF)
Introduction.
Mechanical pumps. Sorbtion pumps. Momentum transfer pumps. Pump
characteristics. Layout of a roughing station. Conclusion
Sputter-ion
pumps (Ver
PDF)
Introduction.
Pumping mechanism. Operating principles. Pressure range. Special
design for integrated linear pumps. Operational aspects. Conclusions
Molecular
surface pumping: the getter pumps (Ver
PDF)
Generalities.
Evaporable getters. Non-evaporable getters (NEG). Thin-film getter
coatings
Molecular
surface pumping: cryopumping (Ver
PDF)
Generalities.
Cryogenic considerations. Cryosorption pumps. Condensation cryopumps.
The hydrogen "anomaly"
Pressure
measurement - total pressures (Ver
PDF)
Gauges
using force effects for pressure measurement. Gauges using the
hydrostatic pressure of mercury or other non-volatile liquids.
Modulation gauge. Gauges using the viscosity of a gas for pressure
measurement. Gauges using the pressure dependence of the specific
heat conductivity of the gas. Radiometer-effect gauges. Gauges using
the interaction between electrons and gas particles. Survey of the
operational ranges of vacuum gauges
Pressure
measurement with ionization gauges (Ver
PDF)
Introduction.
Brief historical review. The design of today's most common ionization
gauges. Problems in using ionization gauges. Ionization gauge
calibration. Ionization gauge calibration methods
Partial
pressure measurement (Ver
PDF)
Introduction.
The quadrupole mass filter. The design of practical quadrupole
filters. The four operating zones for the quadrupole filter
Physics
of outgassing (Ver
PDF)
Introduction.
Permeation of gases through matter. Diffusion from a semi-infinite
wall. Diffusion from a finite wall. Vapour pressure. Adsorption
Thermal
outgassing (Ver
PDF)
Introduction.
Pump-down behaviour and desorption. Vacuum systems after bake-out and
out-diffusion. Pre-bake-outs to reduce outgassing. Outgassing-rate
measurement methods and the problem of reabsorption. Conclusion
Dynamic
outgassing (Ver
PDF)
Synchrotron
radiation induced desorption. Ion-induced desorption. Conclusions
Cleaning
for vacuum service (Ver
PDF)
Introduction.
Choosing a cleaning process. Dependence of the base pressure
required. Dependence on contaminants. How construction affects
cleaning. Chemical cleaning agents. Chemical cleaning of specific
materials. Physical cleaning techniques. Passivation. Special
cleaning techniques. Safety. Cost. How do we know a surface is
clean?. Surface analytical techniques. Phenomenological methods.
Recontamination. Summary
Beam-residual
gas interactions (Ver
PDF)
Introduction.
The concepts of cross sections and lifetimes. The interaction between
charged particles and residual-gas atoms. Local versus average
pressure. Conclusions .
Ion
trapping, clearing, beam-ion interactions (Ver
PDF)
Introduction.
Neutralisation of a beam: a simple description. The ionisation
process. The ion or electron motion. A few examples of ion or
electron motion (Ver
PDF)
Bunched
beams. Clearing means. The limit of accumulation. The effects of
neutralisation. Diagnostics and phenomenology
Leak
detection (Ver
PDF)
Introduction.
Methods. Helium lead detectors. Practical cases. Conclusion
Extreme
high vacuum (Ver
PDF)
Introduction.
General considerations. Pumps for XHV. Pressure measurement at XHV.
Leak detection. Reduction of outgassing. Conclusions
Vacuum
control and operation ((Ver
PDF)
Vacuum
control. Interlocks. Vacuum operation
E.
Huttel
Materials for accelerator vacuum systems
(Ver
PDF)
Introduction.
Physical restrictions. Selected materials. Bonding. Corrosion
Engineering
(Ver
PDF)
Design
principles of a UHV system and its building blocks. Typical building
blocks in a UHV system. Joining methods. Combined action of flanges,
gaskets and bolts. Brazing and brazing preparations. Welding and weld
preparation. Valves. Expansion bellows. Bakeable vacuum systems
The
best laid schemes (Ver
PDF)
Introduction.
Recommendations. References for further information
Designing
accelerator vacuum systems (Ver
PDF)
Introduction.
The physical and technical basis for the specifications of
accelerator vacuum systems. The design of vacuum systems. Conclusions
History
of vacuum devices (Ver
PDF)
Introduction.
Vacuum for fun and science, the first two centuries, 1650 to 1850.
Vacuum for science, the great leap forward, 1850 to 1900. Vacuum for
industry, 1900 to 1950
LHC
vacuum system (Ver
PDF)
Introduction.
The vacuum system. Primary desorption by synchtron radiation. Vapour
pressure and recycling of physisorbed gas. Dynamic model for H2.
Ion stimulated desorption and pressure instability.
Bean-induced electron multipacting. Mechanical design aspects.
Summary
Vacuum
systems of electron storage rings (Ver
PDF)
Introduction.
Synchrotron radiation aspects in electron storage rings. Linear power
density. Thermal- and photon-induced desorption. Pumping scheme &
pressure distribution. Single-particle loss mechanisms. Implicit
requirements for the vacuum system. Accelerator vacuum systems in
routine operation. Conclusion
Quality
issues in vacuum (Ver
PDF)
What
is "quality"?. Quality systems. Vacuum system quality.
Specification of a vacuum system. Vacuum system performance and its
measurement. Real-world vacuum gauging. Summary
Quinta Parte. Ver PDF