Certificate for Eight Shares of Capital Stock in Insurance Investments Limited

Certificate for 8 shares of capital stock in Insurance Investments Limited to Hamilton K. Woodruff, Aug. 12, 1929.

Certificate for Twenty Shares of Capital Stock in Skyway Limited

Certificate for 20 shares of capital stock in Skyways Limited to Hamilton K. Woodruff, Sept. 2, 1929.

Certificate for Five and Four Fifths Shares of Capital Stock in Insurance Investments Limited

Certificate for 5 4/5 shares of capital stock in Insurance Investments Limited to Hamilton K. Woodruff, Jan. 15, 1930.

Certificate for Fifty Shares of Capital Stock Skyways Limited

Certificate for 50 shares of capital stock Skyways Limited to Hamilton K. Woodruff, Jan. 31, 1930.

Certificate for One Share of Capital Stock in St. Catharines Lawn Bowling Club

Certificate for 1 share of capital stock in St. Catharines Lawn Bowling Club to executors of the estate of Hamilton K. Woodruff, Dec. 23, 1933.

Certificate for Twenty Shares of Capital Stock in The Tait Storage Battery Company, Limited

Certificate for 20 shares of capital stock in The Tait Storage Battery Company Limited to the estate of Hamilton K Woodruff, March 2, 1934.

Presence of menarche is associated with high depressive symptoms and cortisol levels in adolescent girls

Plusieurs études antérieures ont proposé que la ménarche pouvait représenter une vulnérabilité accrue au développement de la dépression en augmentant la réactivité au stress chez les filles ayant atteint leur cycle menstruel. Dans la présente étude, les symptômes dépressifs et les niveaux de cortisol salivaire ont été mesurés chez 198 garçons et 142 filles (11 - 13 ans), et ce, à quatre reprises au cours de leur première année de transition vers l’école secondaire, une période de stress chez les adolescents. Les résultats ont montré que les filles qui avaient atteint la ménarche au moment de la transition vers le secondaire avait des niveaux significativement plus élevés de symptômes dépressifs et de cortisol salivaire entre l’automne et le printemps, comparativement aux filles qui n'avaient pas encore atteint la ménarche. Ces dernières présentaient des niveaux plus élevés de symptômes dépressifs que les filles sans et les garçons. Les filles sans ménarche présentaient d’avantages des niveaux de symptômes dépressives plus élevés que les garçons. En utilisant l’âge de ménarche comme variable catégorique, les résultats démontrent que les filles ayant eu leur ménarche plus jeunes présentent des symptômes dépressifs plus élevés tout au long de l'année scolaire, alors que les filles qui ont commencé leur cycle menstruel à l’âge dit ‘normal’ présentent des symptômes dépressifs transitoires. Globalement, ces résultats suggèrent que la ménarche est un indice significatif d’une vulnérabilité accrue pour les symptômes dépressifs et les niveaux de cortisol plus élevés chez les adolescentes qui font leur entrée au secondaire. Également, ces résultats suggèrent qu’un âge précoce de ménarche peut exposer à long-terme le cerveau en développement à des niveaux élévés de cortisol, rendant ainsi ce groupe d’adolescentes plus vulnérables à la dépression.

Dynamics of Deforestation and Socio-Economic profile of Tribal Women Folk in Kerala- A study of Attappady is

This thesis Entitled Dynamics of deforestation and Socio-Economic profile of tribal women flok in kerala -A study of Attappady. The study was based on both primary and secondary data. Primary data were collected through a sample survey conducted in three panchayaths .The thesis is organized in eight chapters. The first chapter provides the background to the study. Second chapter reviews the literature. Third chapter provides the profile of the study area and general conditions. Fourth chapter consists of the life cycle structure of the tribal woman. Fifth chapter covers the socio-economic conditions of the tribal women in the study area. Sixth chapter consists of relationship between tribal women and forest and the degradation of the forest. Seventh chapter provides the documentation of the development programmes implemented in Attappady and their importance to the tribals. Last chapter consists of summary and conclusions of the study, suggestions and recommendations of the study.

Study of Capital Structure in Major Industrial Concerns in Kerala

To make an analytical description of the considerations for the capital structure decision and to explain the patterns of capital structure prevailing in the state, private and central sector manufacturing concerns in Kerala. To evaluate the capital structure highlighting the effect of financial leverage in an EBIT-EPS tangle. To find out the effect of capital structure on the returns and liquidity and solvency of the firms.

New studies on the versatile roles of Polyaniline and its composites in polymer based optoelectronic and energy storage devices

From the early stages of the twentieth century, polyaniline (PANI), a well-known and extensively studied conducting polymer has captured the attention of scientific community owing to its interesting electrical and optical properties. Starting from its structural properties, to the currently pursued optical, electrical and electrochemical properties, extensive investigations on pure PANI and its composites are still much relevant to explore its potentialities to the maximum extent. The synthesis of highly crystalline PANI films with ordered structure and high electrical conductivity has not been pursued in depth yet. Recently, nanostructured PANI and the nanocomposites of PANI have attracted a great deal of research attention owing to the possibilities of applications in optical switching devices, optoelectronics and energy storage devices. The work presented in the thesis is centered around the realization of highly conducting and structurally ordered PANI and its composites for applications mainly in the areas of nonlinear optics and electrochemical energy storage. Out of the vast variety of application fields of PANI, these two areas are specifically selected for the present studies, because of the following observations. The non-linear optical properties and the energy storing properties of PANI depend quite sensitively on the extent of conjugation of the polymer structure, the type and concentration of the dopants added and the type and size of the nano particles selected for making the nanocomposites. The first phase of the work is devoted to the synthesis of highly ordered and conducting films of PANI doped with various dopants and the structural, morphological and electrical characterization followed by the synthesis of metal nanoparticles incorporated PANI samples and the detailed optical characterization in the linear and nonlinear regimes. The second phase of the work comprises the investigations on the prospects of PANI in realizing polymer based rechargeable lithium ion cells with the inherent structural flexibility of polymer systems and environmental safety and stability. Secondary battery systems have become an inevitable part of daily life. They can be found in most of the portable electronic gadgets and recently they have started powering automobiles, although the power generated is low. The efficient storage of electrical energy generated from solar cells is achieved by using suitable secondary battery systems. The development of rechargeable battery systems having excellent charge storage capacity, cyclability, environmental friendliness and flexibility has yet to be realized in practice. Rechargeable Li-ion cells employing cathode active materials like LiCoO2, LiMn2O4, LiFePO4 have got remarkable charge storage capacity with least charge leakage when not in use. However, material toxicity, chance of cell explosion and lack of effective cell recycling mechanism pose significant risk factors which are to be addressed seriously. These cells also lack flexibility in their design due to the structural characteristics of the electrode materials. Global research is directed towards identifying new class of electrode materials with less risk factors and better structural stability and flexibility. Polymer based electrode materials with inherent flexibility, stability and eco-friendliness can be a suitable choice. One of the prime drawbacks of polymer based cathode materials is the low electronic conductivity. Hence the real task with this class of materials is to get better electronic conductivity with good electrical storage capability. Electronic conductivity can be enhanced by using proper dopants. In the designing of rechargeable Li-ion cells with polymer based cathode active materials, the key issue is to identify the optimum lithiation of the polymer cathode which can ensure the highest electronic conductivity and specific charge capacity possible The development of conducting polymer based rechargeable Li-ion cells with high specific capacity and excellent cycling characteristics is a highly competitive area among research and development groups, worldwide. Polymer based rechargeable batteries are specifically attractive due to the environmentally benign nature and the possible constructional flexibility they offer. Among polymers having electrical transport properties suitable for rechargeable battery applications, polyaniline is the most favoured one due to its tunable electrical conducting properties and the availability of cost effective precursor materials for its synthesis. The performance of a battery depends significantly on the characteristics of its integral parts, the cathode, anode and the electrolyte, which in turn depend on the materials used. Many research groups are involved in developing new electrode and electrolyte materials to enhance the overall performance efficiency of the battery. Currently explored electrolytes for Li ion battery applications are in liquid or gel form, which makes well-defined sealing essential. The use of solid electrolytes eliminates the need for containment of liquid electrolytes, which will certainly simplify the cell design and improve the safety and durability. The other advantages of polymer electrolytes include dimensional stability, safety and the ability to prevent lithium dendrite formation. One of the ultimate aims of the present work is to realize all solid state, flexible and environment friendly Li-ion cells with high specific capacity and excellent cycling stability. Part of the present work is hence focused on identifying good polymer based solid electrolytes essential for realizing all solid state polymer based Li ion cells.The present work is an attempt to study the versatile roles of polyaniline in two different fields of technological applications like nonlinear optics and energy storage. Conducting form of doped PANI films with good extent of crystallinity have been realized using a level surface assisted casting method in addition to the generally employed technique of spin coating. Metal nanoparticles embedded PANI offers a rich source for nonlinear optical studies and hence gold and silver nanoparticles have been used for making the nanocomposites in bulk and thin film forms. These PANI nanocomposites are found to exhibit quite dominant third order optical non-linearity. The highlight of these studies is the observation of the interesting phenomenon of the switching between saturable absorption (SA) and reverse saturable absorption (RSA) in the films of Ag/PANI and Au/PANI nanocomposites, which offers prospects of applications in optical switching. The investigations on the energy storage prospects of PANI were carried out on Li enriched PANI which was used as the cathode active material for assembling rechargeable Li-ion cells. For Li enrichment or Li doping of PANI, n-Butyllithium (n-BuLi) in hexanes was used. The Li doping as well as the Li-ion cell assembling were carried out in an argon filled glove box. Coin cells were assembled with Li doped PANI with different doping concentrations, as the cathode, LiPF6 as the electrolyte and Li metal as the anode. These coin cells are found to show reasonably good specific capacity around 22mAh/g and excellent cycling stability and coulombic efficiency around 99%. To improve the specific capacity, composites of Li doped PANI with inorganic cathode active materials like LiFePO4 and LiMn2O4 were synthesized and coin cells were assembled as mentioned earlier to assess the electrochemical capability. The cells assembled using the composite cathodes are found to show significant enhancement in specific capacity to around 40mAh/g. One of the other interesting observations is the complete blocking of the adverse effects of Jahn-Teller distortion, when the composite cathode, PANI-LiMn2O4 is used for assembling the Li-ion cells. This distortion is generally observed, near room temperature, when LiMn2O4 is used as the cathode, which significantly reduces the cycling stability of the cells.

Audio of What is the consumer? What is the reader? lecture

Audio of What is the consumer? What is the reader? lecture delivered by Dr Cui Su and Paul Caplan as part of #WSAmacd and #WSAadm remix course

“Deficient in love-interest”: the sexual politics of the office in Canadian fiction (1890-1920)

Con base en las preocupaciones de la época sobre la susceptibilidad al romance y acoso sexual de la trabajadora de oficina, este artículo propone explorar la representación de secretarias y taquígrafas en TheType-Writer Girl (1897), de Grant Allan, y en North of Fifty-Three (1914), de Bertrand Sinclair. Se mirará la presión para adquirir la independencia económica y autonomía personal a través del trabajo en oficina. También, la necesidad de ajustarse a ideologías presentes en la sociedad, que abogaban un destino predeterminado de matrimonio e hijos para la mujer. Se pregunta si el género de literatura workinggirl de esos tiempos abogaba la imagende la mujer independiente, trabajadora y emocionalmente realizada, o si el trabajo de oficina era interpretado como un paso natural hacia una evolución de niñas a madres. Este artículo también cuestiona si la oficina ficcional fue presentada como una ubicación de autonomía y potencial femeninos, o si fue vista como un espacio hostil y peligroso del que debería escapar lo más pronto posible para mantener la seguridad del hogar.

Estructura a Plazo Colombia: Modelo Afín de tres factores

La estimación e interpretación de la estructura a plazo de la tasas de interés es de gran relevancia porque permite realizar pronósticos, es fundamental para la toma de decisiones de política monetaria y fiscal, es esencial en la administración de riesgos y es insumo para la valoración de diferentes activos financieros. Por estas razones, es necesario entender que puede provocar un movimiento en la estructura a plazo. En este trabajo se estiman un modelo afín exponencial de tres factores aplicado a los rendimientos de los títulos en pesos de deuda pública colombianos. Los factores estimados son la tasa corta, la media de largo plazo de la tasa corta y la volatilidad de la tasa corta. La estimación se realiza para el periodo enero 2010 a mayo de 2015 y se realiza un análisis de correlaciones entre los tres factores. Posterior a esto, con los factores estimados se realiza una regresión para identificar la importancia que tiene cada uno de estos en el comportamiento de las tasas de los títulos de deuda pública colombiana para diferentes plazos al vencimiento. Finalmente, se estima la estructura a plazo de las tasas de interés para Colombia y se identifica la relación de los factores estimados con los encontrados por Litterman y Scheinkman [1991] correspondientes al nivel, pendiente y curvatura.