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Monograph cataloguing at the Lending Division is divided into two systems, one for new books and one for donated books. The cataloguing rules, which are common to both systems, are based on AACR 1967, modified to Lending Division requirements. Fairly brief records are adequate for entries in the Union Catalogue of Books (UCB), which is filed on the Berghoeffer system (surname and book titles only, forenames or initials being disregarded), and monograph cataloguing is organised to suit this system.

The President has informed the Council of the Library Association that Mr. G. F. Barwick has accepted the office of joint honorary secretary of the Association with Mr. Pacy We welcome the news, because it is evident that if the Library Association is to assume its just position as the organization of librarianship, all the staffs of all the national libraries in the Empire must be prominently identified with it. Hitherto we have had Keepers of the Printed Books as presidents, and in that high office they have exercised wholesome influence, but everyone knows that the most significant position in such a society as ours is the secretaryship, and it is well that a man who is near the head of the profession should be willing to serve in that office. Mr. Barwick has won our respect and esteem by his unassuming and genial qualities, his readiness to help, and his unvarying friendliness. We wish him a pleasant time of office, and we feel sure that Mr. Pacy will find in him the sort of colleague he would desire to have. On the public side we believe the influence of Mr. Barwick's name and position will lend additional weight to the office; a matter of no mean consequence in our time.

Despite an increasing policy focus, routine outcome monitoring (ROM) is not common practice in UK children's services. This paper aims to examine whether it is feasible and valid to use measures from ROM of evidence-based parenting programmes (EBPPs) to assess the impact of services and to drive service improvements through feedback mechanisms.

This is a secondary analysis of ROM measures collected from a London clinic offering EBPPs over five years. Demographic information from referrals was compared for attendees and non-attendees. Changes in parent reported child behaviour were measured using the Strengths and Difficulties Questionnaire (SDQ), and a Visual Analogue Scale (VAS).

No significant differences were found in socio-demographic characteristics of attendees and non-attendees. Statistically significant differences were found between pre- and post-scores on parent reported SDQ scores and VAS concerns, as well as the SDQ Added Value Score. The data collected did not allow for investigation of a dose-response relationship between the level of attendance and any improvement made.

This study illustrates that ROM can provide useful information about the impact of EBPPs in a particular clinical context. Demographic data could support service managers to evaluate reach and uptake while evidence of improvements can be communicated back to parents and support future funding bids. Incomplete data limited the inferences that could be drawn, and collaborations between research centres and clinics may be a way to optimise the use of ROM to drive service improvement and innovation.

A review of the exceptional achievements of the continually developing B.A.C. One‐Eleven family in five years of intensive and diverse worldwide service, together with a status report on the current total programme activity and future prospects of Europe's most successful airliner.

The purpose of this paper is to analyse the content and some synthetic food colourants, total fats, nitrate and nitrite in both advertised foods (AF) and serum and urine samples of children (8 to 12 years) and their impact on childrens’ diet and health.

Analysis of the content of the AF was done by watching the three Egyptian children’s channels (ECC) for 38 hours. Amaranth, Indigo Carmine, Tartrazine, nitrate and nitrite were analysed in all AF and in serum and urine specimens of children. However, total fats were only analysed in the advertised processed meats and in the restaurant dishes. Lipid profile was also estimated in children.

The AF accounted for 46-54 per cent of the total advertisements presented. The advertised restaurant dishes were predominantly high in fats, 63 and 55 per cent in restaurant dishes and processed meats, respectively. Tartrazine was the only food colourant found in soft drinks and jelly powders measuring 0.2-15 µg/ml and 25-125 µg/g, respectively. The average levels of total nitrate and nitrite were higher than the acceptable daily intake of the Egyptian and WHO limits (125 mg/kg). Urinary Tartrazine and serum and urinary total nitrate and nitrite were significantly higher in the viewers’ children for the ECC and at borderline for lipid profile compared to non-viewers’ children.

The most harmful effect of these advertisements is the cumulative effect of AF that undermines progress towards a healthy diet for children. AF may expose children to non-communicable disease in the future.

The local policy context requires action to set clear rules for children’s food advertising and monitor processed meat products to tackle exceeded levels of nitrate and nitrite.

This is one of the first studies to analyse colourants, fats, nitrate and nitrite in AF and in the serum and urine of children. This research shows a large number of AF (1,112) in the ECC for 38 hours with statistically significant increase of Tartrazine, nitrate and nitrite in AF (p<0.0001) and in biological fluids (p<0.05).

AT the very outset of this paper it is necessary to make clear that it is not an attempt to compile an exhaustive bibliography of literature relating to special librarianship. Neither space nor time permit this. In fact, the references given can only claim to be a sample of the wealth of material on the subject and this paper is submitted in the hope that it will stimulate others to more scholarly efforts. Reference numbers throughout this paper refer to items in the ‘Select list of references to the literature of special librarianship’, section 2 onwards.

SOCIAL scientists have not yet been able to formulate any general laws about behaviour in industry that are capable of broad application. In recent years, however, they have made many useful case studies of which the one just published by the Department of Scientific and Industrial Research is typical. It is an approach to the problem which can do much to increase the understanding of the way in which people react to common industrial situations.

The purpose of this study is to develop a method to reduce the computation time necessary for the automated optimal design of dual-band wearable antennas. In particular, the authors investigated if this can be achieved by the use of a hierarchical optimization paradigm combined with a simplified human body model. The geometry of the antenna under consideration is described via eight geometrical parameters which are automatically adjusted with the use of an evolutionary algorithm to improve the impedance matching of an antenna located in the proximity of a human body. Specifically, the antennas were designed to operate in the ISM band which covers two frequency ranges: 2.4-2.5 GHz and 5.7-5.9 GHz.

During the studies on the automated design of wearable antennas using evolutionary computing, the authors observed that not all design parameters exhibit equal influence on the objective function. Therefore, it was hypothesized that to reduce the computation effort, the design parameters can be activated sequentially based on their influence. Accordingly, the authors’ computer code has been modified to include this feature.

The authors’ novel hierarchical multi-parameter optimization method was able to converge to a better solution within a shorter time compared to an equivalent method not exploiting automatic activation of an increasing number of design parameters. Considering a significant computational cost involved in the calculation of the objective function, this exhibits a convincing advantage of their hierarchical approach, at least for the considered class of antennas.

The described method has been developed for the design of single- or dual-band wearable antennas. Its application to other classes of antennas and antenna environments may require some adjustments of the objective functions or parameter values of the evolutionary algorithm. It follows from the well-recognized fact that all optimization methods are to some extent application-specific.

Computation load involved in the automated design and optimization can be significantly reduced compared to the non-hierarchical approach with a heterogeneous human body model.

To the best of the authors’ knowledge, the described application of hierarchical paradigm to the optimization of wearable antennas is fully original, as well as is its combination with simplified body models.

This paper examines the overlap between two groups of children, those with speech, language and communication needs (SLCN) and those with social, emotional and behavioural difficulties (SEBD). The case is made that these are common and overlap, with serious consequences for the children and families concerned. The difficulties experienced by the children and their families have implications for health inequalities and should influence the way in which both child and adolescent mental health and public health services are conceptualised and delivered.

A biomechanical design method of lightweight full contacted insole based on structural anisotropy bespoke (SAB) is proposed, which can better redistribute the stress distribution of SAB designed personalized insole.

The reconstructed joint biomechanics are simulated using finite element analysis (FEA) to develop a lightweight full contact insole. Innovatively, the anisotropic properties of the triply periodic minimal surface (TPMS) structure, which contribute to reducing insole weight, are considered to optimize stress distribution. Additionally, porosity and manufacturing time are included as design objectives. To validate the lightweight insole design, FEA is employed to simulate the stress distribution of the ergonomic insole, which can be fabricated by additive manufacturing (AM) with TPU.

With a little 0.924% loss in porosity, the maximum stress of lightweight SAB designed insoles is extremely decreased by 19.2917%.

The biomechanical design of the lightweight full contact insole based on SAB can effectively redistribute stress, avoid stress concentration and improve the mechanical properties of the ergonomic individual insole.