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This bibliography was originally compiled for the purpose of a Doctoral degree submitted to Loughborough University of Technology in March 1993. The information in this bibliography, which was started in the last quarter of 1989, was continuously updated by collecting data from all the important current journals and abstracting and indexing sources. It covers all of hypertext, including HyperCard and other hypertext/hypermedia systems which are being used for teaching and training. These systems are also used for conducting research in this field. Full efforts were made to cover all the publications such as periodical articles, conference papers/Proceedings, books and reports that were published until the first quarter of 1993.

The idea that a significant portion of what consumers do, feel, and think is driven by automatic (or “implicit”) cognitive processes has sparked a wave of interest in the development of assessment tools that (attempt to) capture cognitive processes under automaticity conditions (also known as “implicit measures”). However, as more and more implicit measures are developed, it is becoming increasingly difficult for consumer scientists and marketing professionals to select the most appropriate tool for a specific research question. We therefore present a systematic overview of the criteria that can be used to evaluate and compare different implicit measures, including their structural characteristics, the extent to which (and the way in which) they qualify as “implicit,” as well as more practical considerations such as ease of implementation and the user experience of the respondents. As an example, we apply these criteria to four implicit measures that are (or have the potential to become) popular in marketing research (i.e., the implicit association test, the evaluative priming task, the affect misattribution procedure, and the propositional evaluation paradigm).

IT is a matter for congratulation that we are able to publish this month the fully illustrated article, describing the production of a prominent type of modern aero‐engine, written by Captain J. C. Briggs. We are sure that our readers will join us in warmly thanking Armstrong‐Siddeley Motors Limited for thus revealing the details of their methods. This is a public‐spirited action which cannot be too warmly commended, but which is, unfortunately, far too uncommon—at any rate in England. In some other countries, notably America, designers and manufacturers of air‐craft are always ready and willing to lay their cards on the table and reveal their “secrets.” In England, on the other hand, there is in general a very different attitude of mind, and there is an almost universal feeling that aeroplane production methods are matters to be maintained as closely‐guarded secrets. This is a curiously ostrich‐like policy which is difficult to understand. After all, it usually comes down in the end to the more or less detailed adaptation of tools and machines of general commercial design to special uses. The details of the products turned out cannot be kept hidden, since the whole object of them is that they shall be placed on the market. The attitude of jealousy argues a self‐satisfaction and complacency of mental outlook that can seldom be justified. One would have thought that no one, even a production engineer, would be so certain of his pre‐eminence that he had nothing to learn. And yet if he is unwilling to publish his own methods how can he expect others, from whose experience he might profit, to do so? Furthermore, one would have thought that he would welcome the criticisms that might come from discussion; as they would inevitably, one would imagine, bring fresh ideas to a man of original and inventive mind. Even if, he might say to himself, none of his methods could in themselves be open to direct criticism there might none the less be ideas for detailed improvement to be gained from discussion.

FIRST Langley and then Maxim in 1895 produced a steam plant designed for air‐craft, but no practical success attended these early efforts.

Malnutrition is widespread and affects about one-third of humanity. Increasing production and consumption of vegetables is an obvious pathway to improve dietary diversity, nutrition and health. This chapter analyses how climate change is affecting vegetable production, with a special focus on the spread of insect pests and diseases. A thorough literature review was undertaken to assess current global vegetable production, the factors that affect the spread of diseases and insect pests, the implications caused by climate change, and how some of these constraints can be overcome. This study found that climate change combined with globalization, increased human mobility, and pathogen and vector evolution has increased the spread of invasive plant pathogens and other species with high fertility and dispersal. The ability to transfer genes from wild relatives into cultivated elite varieties accelerates the development of novel vegetable varieties. World Vegetable Center breeders have embarked on breeding for multiple disease resistance against a few important pathogens of global relevance and with large evolutionary potential, such as chili anthracnose and tomato bacterial wilt. The practical implications of this are that agronomic practices that enhance microbial diversity may suppress emerging plant pathogens through biological control. Grafting can effectively control soil-borne diseases and overcome abiotic stress. Biopesticides and natural enemies either alone or in combination can play a significant role in sustainable pathogen and insect pest management in vegetable production system. This chapter highlights the importance of integrated disease and pest management and the use of diverse production systems for enhanced resilience and sustainability of highly vulnerable, uniform cropping systems.

PROPERLY administrated, the reading room—displaying newspapers, magazines, and ready‐reference books—may, in spite of all that has been said to the contrary, become an important contributory factor in the educational work of our libraries. Let us examine the position closely. It is admitted, even by intemperate opponents, that the reading room is one of our most frequented departments. How, then, may the librarian make it of real educational value to the frequenters? This is a significant question, and, in the limited space available, we propose to indicate a few directions in which much might be done to enhance the utility of this department, and, within certain limits, to systematize its work on the lines of the policy governing the circulating departments. First of all, there is the important question of planning the room; and, although the size and arrangement must, to a large extent, depend upon the local requirements, a few general observations, applicable under almost all circumstances, may here be made. The room should be so designed as to facilitate supervision—glass partitions being more desirable than solid walls. Wherever practicable, the exit should be within view of the staff. For passages between tables, ample space should be allowed—six to eight feet being a reasonable width where movable chairs are used. The accompanying plan obviates the necessity for further comment, and will, perhaps, convey a clearer idea of what is required.

The purpose of this paper is to present an exhaustive review of research studies and activities in the inkjet printing of conductive materials.

This paper gives a detailed literature survey of research carried out in inkjet printing of conductive materials.

This article explains the inkjet printing process and the various types of conductive inks. It then examines the various factors that affect the quality of inkjet printed interconnects such as printing parameters, materials and substrate treatments. Methods of characterising both the inkjet printing process and the electrical properties of printed conductive materials are also presented. Finally relevant applications of this technology are described.

Inkjet printing is currently one of the cheapest direct write techniques for manufacturing. The use of this technique in electronic manufacturing, where interconnects and other conductive features are required is an area of increasing relevance to the fields of electronics manufacturing, packaging and assembly. This review paper would therefore be of great value and interest to this community.

IN the death of Mr. JAMES DUFF BROWN, the library profession loses one of its most striking personalities and librarianship its most powerful influence for progress. Any attempt at present to estimate the extent of his influence upon the modern public library must necessarily be inadequate, because not only are some of the movements he started only beginning to gather force, but his retiring nature made him refrain from labelling many things as his own. With the possible reservation that he was unable to do himself justice on the platform, he was the ideal born public librarian. As an organiser and teacher of librarianship, as a keen and discerning student and critic of tendencies, methods and results, and as an expounder of professional knowledge through the medium of the written page, he was without an equal. Like all pioneers and men of strong opinions, he did not make only friends ; but he had world‐wide friendships, and he forced the attention and respect of all library workers. On another page of this issue an old friend and one‐time colleague of his gives a brief outline of his life and works, and we need not do the same again here. But as his successors in the editorship of THE LIBRARY WORLD, which he founded and edited until a year or two ago, we cannot refrain from adding our tribute to his memory. Representing the best type of efficiency and progress in librarianship, he was a real friend and teacher, and his death leaves a sad gap in our ranks.