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OrganicOrganic
Carbon CompoundsCarbon Compounds
Ionic ReactionsIonic Reactions
Alkenes and AlkynesAlkenes and Alkynes
Radical ReactionsRadical Reactions
Alcohols and EthersAlcohols and Ethers
Alcohols from Carbonyl CompoundsAlcohols from Carbonyl Compounds
Conjugated Unsaturated SystemsConjugated Unsaturated Systems
Aromatic CompoundsAromatic Compounds
Reactions of Aromatic CompoundsReactions of Aromatic Compounds
Aldehydes and KetonesAldehydes and Ketones
Carboxylic Acids and Their DerivativesCarboxylic Acids and Their Derivatives
Synthesis and Reactions of ß-Dicarbonyl CompoundsSynthesis and Reactions of ß-Dicarbonyl Compounds
AminesAmines
Phenols and Aryl HalidesPhenols and Aryl Halides
CarbohydratesCarbohydrates
LipidsLipids
Amino Acids and ProteinsAmino Acids and Proteins
Nucleic Acids and Protein SynthesisNucleic Acids and Protein Synthesis
Constant MTBFConstant MTBF
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Lámpara de arco Lámpara de arco Una lámpara de arco consiste en dos electrodos que sean separados por un gas, incluyendo el neón, el argón, el xenón, el sodio, el halide del metal, y el mercurio. Mismo el alto voltaje es necesario “enciende” o “pulsar” el arco. Esto requiere un circuito eléctrico a veces llamado un “encendedor”, que es parte de un circuito más grande llamado el “lastre”. El lastre se diseña típicamente para mantener condiciones de funcionamiento seguras y salida ligera constante sobre la vida de la lámpara.