Significado Do Espectro De Massa - 111btbt.com

• Espectro de massas registram abundancia rela tiva de íons em função de m/z. Aplicações Determinação de massa molecular com elevada exatidão e distinção entre composição química pela massa molecular. massa do isótopo principal, p.ex. CH 4 = 16 u. Princípio Ionização - formação de íons livres Fragmentação e detecção desses íons com base na sua relação de massa/cargam/z Registro do número de íons formando um espectro de massas 4. Espectrômetro de massas • Identificar compostos desconhecidos. • Quantificar materiais conhecidos. Como os isótopos podem ser detectados usando espectrometria de massa. Se você está vendo esta mensagem, significa que estamos tendo problemas para carregar recursos externos em nosso website. Se você está atrás de um filtro da Web, certifique-se que os domínios. e. estão desbloqueados. As Figuras 2 a 5 mostram os espectros de infravermelho de qua-tro substâncias orgânicas A-D que, como exemplo, são analisadas de acordo com o esquema apresentado. As amostras foram purificadas Figura 1. Esquema para interpretação de espectros de substâncias orgânicas na região do.

Significado: s.m. Aparelho para fotografar o espectro, que é o padrão de cores formado pela luz ao atravessar um prisma. &151; Um espectrógrafo é um espectroscópio com uma câmara fotográfica em vez de. Espectros atômicos são espectros de raias. Um dos espectros atômicos mais estudados, entre outros dada a sua importância em áreas como mecânica quântica, física de plasmas, astrofísica, astronomia e cosmologia, é o espectro do hidrogênio, tanto atômico quanto molecular. Ela é emitida pelo átomo na forma de um “quantum” de luz, ou “fóton”. No caso, esse fóton, com essa energia, tem exatamente a frequência da raia vermelha do espectro do hidrogênio!As outras raias da série de Balmer correspondem às “desexcitações” dos níveis n = 4, 5 e 6 até o nível n = 2. A escolha do gás de arraste ao usar GC-MS é fundamental, pois o espectrômetro de massa é muito sensível a impurezas de oxigênio, água e em hidrocarbonetos. Dano à MS, assim como na fase estacionária na cromatografia gasosa pode causar problemas significativos. Razão entre a intensidade de um pico no espectro de massas e a intensidade do pico base pico de maior intensidade no espectro. Esta relação é geralmente normalizada, considerando-se o pico base como 100%. Íon - ion. Uma espécie atômica, molecular ou radicalar que possui carga elétrica.

Um registro é obtido, o espectro de massas, apresentando os tipos de íons e suas quantidades relativas. De um modo simplificado,. inventaram o analisador ou filtro de massa do tipo quadrupolo. Um campo elétrico de quatro cilindros paralelos é usado na separação de íons,. e significa o ato de remover ou retirar. O espectro de massa é um gráfico da abundância de íons carregados positivamente vs. a razão m/e dos fragmentos. O espectrômetro de massa registra o resultado do impacto dos elétrons como um espectro de íons: massa/carga Intensidade % do Pico Base - A. Significado de mass spectrum no dicionário Português web. Português: mass spectrum: espectro de massa: mass spectrum português; tradução mass spectrum; tradução portugues mass spectrum; Significado mass spectrum; Significado de mass spectrum em Português; tradução em português para mass spectrum; o dicionário significado mass.

O espectro de cometas consiste de um espectro solar refletido pelas nuvens de poeira em volta do cometa, assim como linhas de emissão de átomos gasosos e moléculas excitadas pela fluorescência da luz solar e/ou reações químicas. Uma solução de 0,2 L de ácido clorídrico 2 M foi então preparada para ser utilizada em uma reação de titulação com 10 mL da solução contendo a base. Após gotejar 20 mL da solução de HCl, a solução contendo a base mudou de coloração. Verifica-se que o rótulo do reagente HCl indica um grau de pureza de 25% e densidade 1,30 g/mL. molécula. Interpretação de espectros. 6. Acoplamento do Espectrómetro de Massa a cromatógrafo de gás e líquido e à electroforese capilar Introdução de amostra no espectrómetro de massa: introdução directa, GC e HPLC. Acoplamento entre o cromatógrafo de gás e o espectrómetro de massa GC/MS. Interfaces para GC/MS: acoplamento. Francis Aston constrói o primeiro espectrógrafo de massa com focalização de velocidade com poder de resolãluçãod e130. •1937 Aston constrói um espectrógrafo de massa com poder de resolução de 2000 • Descobriu 212dos287 isótoposnaturais 1922 •Nobel Prize in Chemistry "for his discovery, by means of.

  1. A matemática na espectrometria de massas está presente já que a geometria do caminho dos íons é de suma importância para interpretação dos espectros de massas. Por meio do primeiro espectrômetro de massas, J.J. Thomson consegue medir a relação massa/carga do elétron que, então, não era conhecido, denominando “partícula.
  2. Significado de espectrometria de massa. O que é espectrometria de massa: A espectrometria de massa é um método para identificar os diferentes átomos que compõe uma substância. Um espectrômetro de massa bombardeia uma substância com elétrons para produzir íons, ou átomos eletricamente carregados. Os íons atravessam um campo.
  3. ˜ para se obter o espectro de massas, a amplitude da voltagem rf é aumentada, fazendo com que íons de razão m/z cada vez maiores se tornem instáveis; ˜ são ejetados em seqüência de massas, do aparelho através do orifício no “end-cap”. ˜ a seqüência de operação no ITMS começa com a injeção de um pulso de elétrons para.

O que o espectrômetro de massas vai fornecer é um gráfico na verdade, um espectro, onde o eixo y é a abundância relativa e o eixo x é m/q também chamado de m/z, ou relação massa sobre carga, ou simplesmente razão massa carga.</plaintext> De acordo com as leis de difração teremos padrões de interferência quando nλ = dsen θ n, onde n corresponde a ordem de difração que está sendo observada. Na prática realizada nos laboratórios, o espectro de 1ª ordem pode se apresentar da seguinte forma exemplo para o mercúrio. Linhas do espectro visível do Hg.</p> <p>Consulte o significado / definição de espectros no Dicionário Priberam da. A tonelada métrica é uma unidade de medida de massa, que se representa pelo símbolo t, e. que, por sua vez é um composto erudito formado a partir do grego brúkhein “ranger os dentes” mais o sufixo -ism, é usada no domínio da medicina para. número limitado de comprimentos de onda possíveis no espectro de emissão. Quanto maior for a energia da fonte de excitação, maior será a energia dos elétrons excitados e maior o número de linhas observadas. O espectro de um átomo ionizado é diferente do de um átomo neutro. Observe o pico molecular, de m/z 198: este deveria ser o pico de maior massa do espectro, pois corresponde molcula inteira, sem sofrer nenhuma fragmentao; no entanto, claramente visvel, sua direita, um pequeno pico em 199, que corresponde ao pico molecular daquela pequena frao de molculas que contm deutrio ou 13C.</p> <p>Nesses casos, um espectro não significa necessariamente um enredo de intensidade versus freqüência. Por exemplo, o espectro para espectrometria de massa é a trama entre intensidade número de partículas incidentes versus a massa da partícula. Os espectrometros são os instrumentos utilizados na espectrometria. A operação de cada tipo. Na Figura 1 é apresentada a comparação dos espectros de massas obtidos via EI e CI da molécula Metionina C 5 H 11 NO 2 S cuja massa molecular é 149 g mol-1. No espectro de EI o íon molécula m/z 149 está presente com intensidade relativa iônica menor que 10%. Utilizando esse dado como ponto de partida, realiza-se a análise do espectro de massas correspondente ao mesmo. Recomenda-se que seja fornecido aos alunos a publicação de Ricardo Vessecchi e colaboradores de nomenclaturas de espectrometria de massas em língua portuguesa. 22 Em primeiro lugar. de corte do índice de resistência de 0,72, obteve-se uma sensibilidade de 92,6% e uma especificidade de 52,6%, resultados similares aos obtidos com o USTV isolado. Massas malignas geralmente são vascularizadas. A morfologia de baixa resistência do espectro do Doppler com índice de pulsatilidade IP < 1 ou índice de resistência IR < 0,4. Um gás, por exemplo, que irradia um espectro de linha deve, à mesma temperatura, absorver as linhas espectrais que irradia. Com isto, Kirchhoff e R. Bunsen explicam que as linhas de Fraunhofer no espectro do sol ocorrem devido a absorção do espectro contínuo emitida a partir do interior quente do sol por elementos na superfície mais fria.</p><img 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+0WssO7b5iFM4zjIxXnVek18/xbJxlQkt1zf+2ntcNxUlWi+tv1Ofu9Tt9Di+w2UW6ZMFi4457n1OMfn7YrOHiXUBMznyipGBGU+Uf1/WsmSRpZXkc5d2LMcdSabXtYfJMLCH76KnN7t63fX0PKrZriJT/dS5YrZLSy6HdaXqkepwsyoUkQ4dCc4z05rm9fsFsr4PEoWGYblA6A9x/X8aTw9IyazEqnAdWVuOowT/MCtnxT/wAgyP8A67D/ANBavDpUv7LzmNGj8FRbet/ya08tD16lT+0MrdWr8UHv935p/ecjXZaHpS2dqs0yKbh/myV5QY6c9D1z9a5jS4PtOqW8WFILgkN0IHJH5Cu11CGa4sJoYGVZHXaC3THf9M1vxLjJKVPBqXKpayfle33bt+hjkOGVp4lxu47Lz3+8wL/xNIzNHZKFUHAlYZJ+gPTv1z+FNsvE86Mq3iiSPByyLhs/y/lUf/CLX3/PW3/76b/Cj/hFr7/nrb/99N/hVqGQqj7K8fXr9+/6eRLlnDq+0s/Tp939M29XsItQsGlQAyqu+N0UEsACQPcHNcTXoGnwzW9hDDOytIi7SV6Y7fpiuGvY1ivriNBhElZVHoAanhnEO9XC83MovR+W3+Q8/oq1PEWs5LVF/RNJGoTNJLkW8ZGQP4z6Z/n/APXrotR1SDSoUQIGkIASJTjA/oKXRIPs+kW4IXc67yV755GffGPyrj9QuPtWoTzBtys52nGPl6D9MVhCm85zGaqv91T2Xfp+Nm+/T02lP+y8DB01+8n1/rtt2L7+JdQdkK+UgU5KqnDfXOf0xU//AAkjT2dxBcwgNJGyq0fTJGBkH+efwrAor35ZNgWlamlbto/69Txo5pi03ebd+5asL+XTp2mhVGZl2kOCRjIP9K6jRNUn1Lz/ADkjXy9uNgI659T7VxtdL4T/AOXz/gH/ALNXBxFhKDwdTEOK51bX5o7MjxNVYmFFS93XT5MsazrNzp14kMKRMrRhiXBJzkj19qwNQ1SfUvL85I18vONgI649T7Vd8U/8hOP/AK4j/wBCasStMkwOGjhqWIUFz23M82xld16lFyfLfY0tA/5Ddv8A8C/9BNddeW0NykZuNvlRP5jBuhwD19uc/hXI6B/yG7f/AIF/6Ca6DxHO8OlEIcea4Rj3xgn+leRntOdXNqVOm7NxSv21kenlE4U8tqTmrpNu3yRQu/FDiYrZxIYwcb5M/N+HGP8APSsnUtQbUp45mjCMsYQgHIJyTn9apUV9LhMqwmFalShZrr1+Z4WIzHE4hONSWj6dDo/Dmlqw+3ToCM/uQT3HU4/l/wDqq7q2vLYu1vCm+4GM7h8q55/E4/nWiu2w04biWW3i5IHJCj/61cBJI0sryOcu7FmOOpNfNYCgs5xtTE4jWEdEunl+G/ds93GVXleFhQo6Slu/z/4HkjWHiXUBMznyipGBGU+Uf1/WtvSdbj1A+VIoiuAOFzw/rj/CuMqa1uGtbuKdc5jYNgHGR3H417OOyHCVqLVKCjK2jWmvmeXhM4xNKqnUm3G+t9TX8QaTHZkXUGFjkbaY/Q8nj24/z2wq73Volm0m6ViQBGW49RyP5VwVRw5jZ4nCWqO7i7X8uhWeYSGHxN4Kykr/AD6hRRRX0B4wUUUUAFFFFABW34W/5Ccn/XE/+hLWJW34W/5Ccn/XE/8AoS15edf7hV9D0Mq/3yn6lrxZ/wAuf/A//Za5qup8T289x9l8mGSTbvzsUnHT0rn/AOzr7/nzuP8Av03+FcmQV6UcupqUknr1/vM6c5pVJY6bjFvbp5IrVLbwPc3EcEYy7tge3v8AStKDw5fyShZUWFO7MwP5Ad66HTtLg0qF3LhpCCXlYYwP6CnmGf4XD02qMlOfRLX73t8txYLJsRWmnUi4x630/AsfuNM0/wBIYE9sn/65P6muCmlaeeSZgA0jFiB0yTmtfXdYF6wgtpCbYAFjjG8/4D+f4Vi1HD+X1MPTlXr/ABz+9Lz831LzrGwr1FSpfDD+tPI63wsy/wBnSruG4SkkZ5AIH+BrI8RxNHrEjEjEiqwx6Yx/SjQL9bK+KSsFhmG1iegPY/0/Gt3W9JOoQrJFgXEYOAf4x6Z/l/8AXrzpzWXZ06lXSFRb+tv1X3anbGH17KlTp6yg9vv/AEZxlFPlhlgbbNE8bEZAdSDipbSyuL6YRwRlucFsfKv1PavrpVqcYe0lJcvfofNRpzlPkS17HT+GFZdLclSA0pIJHUYA/pWFr/8AyG7j/gP/AKCK6tfJ0fShuJ8uFeSByxP+JP61ws0rTzyTMAGkYsQOmSc18rkV8TmFfGx+F3S+bT/Ja+p9Fm9qGDo4V/EtX9z/AFf4DKKKK+uPmgrb8Lf8hOT/AK4n/wBCWsStvwt/yE5P+uJ/9CWvLzr/AHCr6HoZV/vlP1LXiz/lz/4H/wCy1zVdT4nt57j7L5MMkm3fnYpOOnpXP/2dff8APncf9+m/wrkyCvSjl1NSkk9ev95nTnNKpLHTcYt7dPJFairP9nX3/Pncf9+m/wAKhlhlgbbNE8bEZAdSDivajWpzdoyTfqeTKlUiryi18hlbVn4lurddk6i4UDgk4b8+/wDP3qlb6XdXVm1zAgdVYqVB+bgZzjv/ADqmysjFWUqynBBGCDXNXo4PHXpVEpcvTqv1R0UquJwlqkLxv9z/AEZ3VnqVnqaMkZydvzxSDnHT6Ef41ha/o62v+l24xEzYdAOFJ7j2/wA/SloltcT6nE8IIWJgztnAA9Px5GK6TxDIqaNKrHBdlVeOpyD/ACBr5T2X9l5pTo4Wd4zauu131/NdT6L2n9oZfOriI2cb2fe39WZxVeh3UTT2c8KkBpI2UE9MkYrzyvSa34sk4SoSW65v/bTLhuKlGtF9bfqebUVp6vpEthO7oha2Y5VlBIUZ6H/PNZ0cbyuEjRnc9FUZJr6rD4qliKSrU3eL/rU+drYepRqOlNamj4fVm1qAhSQoYkgdBtI/rW34p/5Bkf8A12H/AKC1O0HSWsUea4XbcP8ALjdnav4d8/096yfEt4txfLAmCsAIJH949f5D8c18q6kcwzuMqOsaa1fTS/6ux9FyPB5TKNXSU3t62/RXKuhyLHrNsznALFencggfqa6vVrqeysGuIBGSjDcHB6HjjHfJFcPDK0E8cygFo2DAHpkHNd7+41PT/WGdPbI/+uD+opcSU408XRxNRXhs/k7/AJNjyKo54arQg7S3XzVv0Oa/4Sm+/wCeVv8A98t/jR/wlN9/zyt/++W/xrPvtNudPfbMmVOMSLkqfx9aqV7dLK8srQU6dOLT7Hk1Mwx9KThObTRt/wDCU33/ADyt/wDvlv8AGseaVp55JmADSMWIHTJOattpN5HZSXcsflRpjh+GOTjp/jiqNdGCw+CpuUsKl2dvyMcXWxU0o4hvurnf6YytpdqVYEeUoyD3Awa4KSNopXjcYdGKsPQiup8NXyyWps24kiyy8dVJ/nk/yqvruiyNM15aoX3n95Gq8g+oA6+/+cfOZXWjl+ZVsPW0U3o36u33p/foe5mFKWNwNKvS15Vql8r/AHNHOUUrKyMVZSrKcEEYINWYNOuriB50iIhRSxduBgA9PXp2r6+pWp04805JI+ZhTnOXLFXZVrpfCf8Ay+f8A/8AZq5qul8J/wDL5/wD/wBmryeIf+RbU+X/AKUj0sk/3+n8/wAmVfFP/ITj/wCuI/8AQmrEroPFMDi6huMfuymzPoQSf6/oawNrbQ207SSAccEj/wDWK0yScZZfSs+hnm0WsbUuupo6B/yG7f8A4F/6Ca3PFP8AyDI/+uw/9BasPQP+Q3b/APAv/QTW54p/5Bkf/XYf+gtXj5l/yPKHovzkengf+RRW9X+SORooor64+bPQr2NpbG4jQZd4mVR6kivPa7XQb5bvT0j6SQKEYY4x2P5CsTWtFktpmuLdC9uxLEKv+r7ngdv8/X4vIK0cDiauCruzvp5/8OrNH1Oc0ni6FPF0dVbX+vJ6MxaVVZ2CqpZmOAAMkmkroND0Wb7UtzdxMiJ8yKxwS2eOOuB/hX1GOxtLB0XVqP0Xd9kfP4TC1MVVVOC9fI39TZV0u6LMAPKYZJ7kYFcBXUeJr9VhWyjYFmO6QDsOoH49fw965evG4Xw06WEdSf23den9fgepxBXjUxKhH7Ks/UKKKK+lPCCiiigAooooAK0dGv4tOvHmmV2VoyoCAE5yD3+lZ1FY4ihDEUpUqmzNaNaVGoqkN0dd/wAJTY/88rj/AL5X/Gj/AISmx/55XH/fK/41yNFeJ/qzgOz+89X+38Z3X3HTz+KkGRb2zN8vDSNjB+gzkfjWNe6teX+RLJtj/wCeacL2/Pp3qjRXdhcnwWFalThr3er/AB2+RyYjM8ViFy1J6dloFFFFemcAVvad4klgHl3gaZOzjG4cfr/+vrWDRXJi8FQxkOStG6/FejOjDYuthp89J2/X1O1j8Q6a6BmmaMn+FkOR+WRUU/iWxjyIhJMduQVXAz6HPP6Vx9FeNHhbAqXM3J+V9Pyv+J6r4hxbjZJLzt/wbF7UdUuNRf8AeNtiDZSMdB/if/r1Roor36NGnQgqdJWSPGq1Z1ZudR3bCiiitTMK0dGv4tOvHmmV2VoyoCAE5yD3+lZ1FY4ihDEUpUqmzNaNaVGoqkN0dd/wlNj/AM8rj/vlf8aP+Epsf+eVx/3yv+NcjRXif6s4Ds/vPV/t/Gd19x13/CU2P/PK4/75X/GsLWb+LUbxJoVdVWMKQ4AOck9vrWdRXXg8lwmDq+1pJ39TnxWa4nE0/Z1GrehtaNrUWnQPBNE7KzFwyEE5wBjB+nrW7/b+mf8APz/5Db/CuIorDGcPYPFVXVldN72f+aZrhs7xOHpqnGzS2uv8mjsJ/EtjHkRCSY7cgquBn0Oef0rmtR1GbUbjzJOFHCIDwo/x96qUV0YHJsJgpc9NXl3er/yMcZmmJxceWo7Lsgr0DUf+QZd/9cX/APQTXn9egaj/A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" alt="Significado Do Espectro De Massa" title="Significado Do Espectro De Massa" width="467"/> <p>tratamento de dados. Registo do espectro. 6. Acoplamento do Espectrómetro de Massa a cromatógrafo de gás e líquido e à electroforese capilar Introdução de amostra no espectrómetro de massa: introdução directa, GC e HPLC. Acoplamento entre o cromatógrafo de gás e o espectrómetro de massa GC/MS. 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