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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

A critical edition of fourteenth part of Kitab An-Nawadir Wa Az-Ziyadat by Ibn Abi Zayd Al-Qayrawani 310 A.H. - 386 A.H

Al-Maguz, M. A.-T. January 1989 (has links)
No description available.
2

A machine-readable edition of the text of the 'Speculum Vitae' as attested in British Library MS. Additional 33995, with introduction, glossary and an investigation of claims for the common authorship of the 'Speculum Vitae' and the 'Prick of Conscience'

Robinson, Christine Mary January 1988 (has links)
This thesis contains a machine-readable edition of the text of the Speculum Vitae as attested in British Library MS. Additional 33995, with introduction and glossary. Claims for the possible common authorship of the Prick of Conscience and the Speculum Vitae are investigated firstly by Positional Stylometry, which provides no useful information. Many lines in the two poems are found to be similar, but a study of the similar lines casts doubt on their significance as an indication of common authorship. The study of similar lines leads to an attempt to define and isolate formulas. Differences between the poems are found in the use of formulas. Finally, the metre of the poems is examined and found to be more regular than previously supposed. Differences are shown in the metrical qualities of the poems. Although it cannot be shown conclusively that the Prick of Conscience and the Speculum Vitae are by two different authors, the arguments for common authorship are shown to be groundless.
3

The Latin and German Etymachia : Introduction, edition and commentary

Harris, N. January 1988 (has links)
No description available.
4

14Cベイズ解析と較正解析ソフトOxCalの日本語版について

NAKAMURA, Toshio, NISHIMOTO, Hiroshi, OMORI, Takayuki, 中村, 俊夫, 西本, 寛, 大森, 貴之 03 1900 (has links)
第23回名古屋大学年代測定総合研究センターシンポジウム平成22(2010)年度報告
5

The Crown and the Diocese of Lincoln during the episcopate of John Buckingham 1368-98

McHardy, A. K. January 1971 (has links)
No description available.
6

Dosimetria interna para o [4-14C] - colesterol em humanos / Internal dosimetry for [4-14C]-cholesterol in humans

Marcato, Larissa Andreto 14 December 2012 (has links)
O principal objetivo deste trabalho é fornecer um modelo biocinético validado em termos fisiológicos para a avaliação das doses radiométricas devido à ingestão de [4-14C]-colesterol em humanos. Com o intuito de validar o modelo biocinético proposto para o [4-14C]-Colesterol, os valores de excreção fecal e absorção preditos pelo modelo foram comparados com dados experimentais da literatura, foi obtido um alto grau de concordância entre os resultados de acordo com teste ANOVA (p = 0,416 para os valores de excreção e p = 0,423 para os valores de absorção). Foram calculados os coeficientes de Dose Efetiva (SvBq-1), Dose Equivalente (SvBq-1) e Dose Absorvida (GyBq-1) nos orgãos e tecidos para humanos utilizando a metodologia MIRD e o software de análise compartimental ANACOMP para quatro objetos simuladores que representam: um adulto com massa de 73,3 kg, um adolescente de 15 anos (56,9 kg), uma criança de 10 anos (33,2 kg) e uma criança de cinco anos (19,8 kg). O órgão que obteve a maior Dose Absorvida, para todos os objetos simuladores, foi o intestino grosso inferior (IGI). O conceito da alometria foi utilizado para interpolar o Coeficiente de Dose Absorvida no intestino grosso inferior (DIGI) para massas corpóreas (m) desconhecidas: DIGI(SvBq-1)=161,26.m(kg)-1,025. Para uma mesma quantidade administrada de colesterol, o Coeficiente de Dose Efetiva (E) diminui com o aumento da massa corporal do objeto simulador, em outras palavras, para a mesma atividade administrada os indivíduos com menor massa são submetidos a Doses Efetivas mais elevadas. O conceito de alometria também foi utilizado para interpolar o Coeficiente de Dose Efetiva (E) para massas corpóreas (m) desconhecidas: E(SvBq-1)= 171,1.m(kg)-1,021. / The main objective of this work is to provide a biokinetic model in order to estimate the radiometric dose due to intake of [4-14C]-cholesterol. The model was validated comparing the values of fecal excretion and absorption described in literature with that predicted by the model. The proposed model achieved good concordance between the results (p = 0.416 for excretion and p = 0.423 for absorption). The coefficients of Effective Dose (SvBq-1), Equivalent Dose (SvBq-1) and Absorbed Dose (GyBq-1) in human organs and tissues were calculated using the MIRD methodology and the compartimental analysis software ANACOMP. The coefficients were estimated for four phantoms: (i) adult with a body mass of 73.3 kg, (ii) 15 years old adolescent (56.9 kg), (iii) 10 years old child (33.2 kg) and (iv) five years old child (19.8 kg). The organ that received the highest Absorbed Dose for all phantoms was the lower large intestine (LLI). The allometry theory was used to interpolate the coefficient of absorbed dose in the lower large intestine (DLLI) for unknown body mass (m): DLLI (GyBq-1)=161.26 m (kg)-1.025. For the same administered activity, the Effective Dose Coefficient (E) decreases as the body mass increases. On other words, for the same intake activity, individuals with low body mass are exposed to higher doses. The allometry theory was used to interpolate the coefficient Effective Dose (E) for unknown body mass (m): E(SvB-1)= 171.1 m(kg)-1,021.
7

青銅器時代におけるアナトリア地域の放射性炭素年代測定

NAKAMURA, Toshio, OMORI, Takayuki, 中村, 俊夫, 大森, 貴之 03 1900 (has links)
名古屋大学年代測定総合研究センターシンポジウム報告
8

Dosimetria interna para o [4-14C] - colesterol em humanos / Internal dosimetry for [4-14C]-cholesterol in humans

Larissa Andreto Marcato 14 December 2012 (has links)
O principal objetivo deste trabalho é fornecer um modelo biocinético validado em termos fisiológicos para a avaliação das doses radiométricas devido à ingestão de [4-14C]-colesterol em humanos. Com o intuito de validar o modelo biocinético proposto para o [4-14C]-Colesterol, os valores de excreção fecal e absorção preditos pelo modelo foram comparados com dados experimentais da literatura, foi obtido um alto grau de concordância entre os resultados de acordo com teste ANOVA (p = 0,416 para os valores de excreção e p = 0,423 para os valores de absorção). Foram calculados os coeficientes de Dose Efetiva (SvBq-1), Dose Equivalente (SvBq-1) e Dose Absorvida (GyBq-1) nos orgãos e tecidos para humanos utilizando a metodologia MIRD e o software de análise compartimental ANACOMP para quatro objetos simuladores que representam: um adulto com massa de 73,3 kg, um adolescente de 15 anos (56,9 kg), uma criança de 10 anos (33,2 kg) e uma criança de cinco anos (19,8 kg). O órgão que obteve a maior Dose Absorvida, para todos os objetos simuladores, foi o intestino grosso inferior (IGI). O conceito da alometria foi utilizado para interpolar o Coeficiente de Dose Absorvida no intestino grosso inferior (DIGI) para massas corpóreas (m) desconhecidas: DIGI(SvBq-1)=161,26.m(kg)-1,025. Para uma mesma quantidade administrada de colesterol, o Coeficiente de Dose Efetiva (E) diminui com o aumento da massa corporal do objeto simulador, em outras palavras, para a mesma atividade administrada os indivíduos com menor massa são submetidos a Doses Efetivas mais elevadas. O conceito de alometria também foi utilizado para interpolar o Coeficiente de Dose Efetiva (E) para massas corpóreas (m) desconhecidas: E(SvBq-1)= 171,1.m(kg)-1,021. / The main objective of this work is to provide a biokinetic model in order to estimate the radiometric dose due to intake of [4-14C]-cholesterol. The model was validated comparing the values of fecal excretion and absorption described in literature with that predicted by the model. The proposed model achieved good concordance between the results (p = 0.416 for excretion and p = 0.423 for absorption). The coefficients of Effective Dose (SvBq-1), Equivalent Dose (SvBq-1) and Absorbed Dose (GyBq-1) in human organs and tissues were calculated using the MIRD methodology and the compartimental analysis software ANACOMP. The coefficients were estimated for four phantoms: (i) adult with a body mass of 73.3 kg, (ii) 15 years old adolescent (56.9 kg), (iii) 10 years old child (33.2 kg) and (iv) five years old child (19.8 kg). The organ that received the highest Absorbed Dose for all phantoms was the lower large intestine (LLI). The allometry theory was used to interpolate the coefficient of absorbed dose in the lower large intestine (DLLI) for unknown body mass (m): DLLI (GyBq-1)=161.26 m (kg)-1.025. For the same administered activity, the Effective Dose Coefficient (E) decreases as the body mass increases. On other words, for the same intake activity, individuals with low body mass are exposed to higher doses. The allometry theory was used to interpolate the coefficient Effective Dose (E) for unknown body mass (m): E(SvB-1)= 171.1 m(kg)-1,021.
9

The financial relationship of the London merchant community with Edward III 1327 to 1377

Axworthy, Roger Leonard January 2001 (has links)
No description available.
10

名古屋、福岡、諏訪、上高地におけるTSP中の炭素同位体14C

Nakamura, Toshio, Nakajima, Daisuke, Miyabara, Yuich, Higo, Hayato, Ikemori, Fumikazu, 中村, 俊夫, 中島, 大介, 宮原, 裕一, 肥後, 隼人, 池盛, 文数 03 1900 (has links)
名古屋大学年代測定総合研究センターシンポジウム報告

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