South Devon College

How do love and care impact on a child's holistic development and what happens when they are lacking? Jo Button flags up the importance of practitioners developing a knowledge of neuroscience to support children's sense of security.

In the previous chapter, we created the beginnings of a useful database and several interactive website pages. However, the administrator was not able to edit all the member information. In this chapter, we will provide the ability to edit the address and telephone number information. This will be achieved by using the Addresses menu button. In addition, we will add an additional Title field to the database. This field will also be editable through the Addresses menu button. The folder and filing system for the PHP pages will be tidied up to reduce the clutter. More information will be placed in folders for easier discovery and retrieval. The previous interactive pages had a minimum of user input validation and sanitation. This chapter will introduce a more secure system.

The tutorials in this chapter assume that website users are applying for membership in an organization that requires a membership fee—for instance, a political party or a conservation society.

This article sets out to examine the effectiveness of five different post-16 study pathways and the impact that spending time away from education has on gaining employment associated with an undergraduate degree. It also explores advice and guidance for students looking at post-16 study options, higher education and employment. An initial online survey was used, followed by case studies to form a mixed-method approach. The findings suggest that a vocational pathway better prepares students for making decisions around employment and study in comparison to the more traditional A Level pathway. They also highlight that a period of one to four years after finishing post-16 study and starting undergraduate degree study is the most effective for students to gain employment associated with their undergraduate degree. Finally, it was found that most participants did not have positive experiences with advice and guidance regardless of their pathway.

Abstract Anodic oxidation at high efficiency of sputtering‐deposited Ta–Ti alloys containing 0.6–40 at.% Ti is shown to result in amorphous films comprising a relatively thin outer layer of TiO 2 ‐based material and an inner layer consisting of units of TiO 2 and Ta 2 O 5 . The two layers develop due to the faster migration of Ti 4+ ions in the inner layer relative to that of Ta 5+ ions. The formation ratios for the various films are in the approximate range 1.6–1.9 nm V −1 . The dielectric constants of the films are ∼28, which is a similar value to that of anodic tantala. Nanoindentation revealed that the elastic modulus and hardness of the films are essentially independent of film composition, with average values of 134 and 5.3 GPa, respectively. Copyright © 2003 John Wiley & Sons, Ltd.

(2003). Perfect or perfecting? Reflections on the Arahant in the Nika¯yas. Contemporary Buddhism: Vol. 4, No. 1, pp. 33-54.

Non-thickness-limited (NTL) growth of anodic films on tantalum is a remarkable recently reported phenomenon whereby anodic films can be formed on tantalum to high thickness due to a change in the film growth mechanism from the usual high-field type of process. The present work employs transmission electron microscopy to reveal the structure, composition, and morphology of an NTL-type film formed by anodizing tantalum at in 10 wt % dibasic potassium phosphate/glycerol electrolyte at 453 K. A relatively compact, amorphous layer of NTL-type film material, composed of essentially tantala, was formed above an inner layer of usual high-field-type tantala under the selected conditions of anodizing and drying of the electrolyte. The field for growth of NTL-type film material is compared with for high-field growth. Thus, the thickness of the inner layer is approximately equal to the product of the formation ratio for usual anodic tantala and the final anodizing voltage. © 2002 The Electrochemical Society. All rights reserved.

The anodic oxidation behaviour of two compositions of Nb–Cu alloy is examined with particular reference to the oxidation of copper at the alloy/film interface and the generation of oxygen within the anodic film. Anodizing of an Nb–3 at.% Cu alloy results in a uniform, niobia-based anodic film, with copper species, which migrate faster than Nb5+ ions, distributed throughout the film. The oxidation of copper proceeds without significant enrichment of copper in the alloy. Further, the film is free of bubbles of oxygen, which is not generated in significant amounts during film growth to relatively high voltages. In contrast, copious amounts of oxygen are generated during anodizing of an Nb–30 at.% Cu alloy, with the consequential development of a highly flawed anodic film of non-uniform thickness. The oxygen is present mainly in numerous bubbles located within the niobia-based film material. Bursting of the bubbles, with release of trapped oxygen, leads to a highly damaged film. The continuous generation of oxygen consumes much of the current and limits the anodizing voltage to a low value. The large-scale generation of oxygen for the more concentrated alloy is suggested to be associated with the distribution of copper in the alloy, with copper having a tendency to form copper-rich clusters, which are enhanced in size by an initial brief period of uniform film growth. Oxygen is then generated, probably following oxidation of such clusters. Copyright © 2000 John Wiley & Sons, Ltd.