Bellamy

L. J. Bellamy, The Infrared Spectra of Complex Molecules, Whey, Chichester, 1975. 

Bellamy, The Infra-Red Spectra of Complex Molecules, 1954 (Methuen). Randall, Fowler, Fuson and Dangl, Infrared Determination of Organic Structures, 1942 (Van Nostrand). 

R. G. Bellamy and N. A. HiU, The Extraction andMetallurgy of Uranium, Thorium, andHeryllium, Pergamon Press, Oxford, U.K, 1963. 

The two NH2 stretching vibrations of aminopyrazoles follow the Bellamy-Williams relation [r-jlNH) = 345.5-0.876r <,s(NH)] (76AHC(Sl)l) establishing the amino tautomeric structure of (91). Azidopyrazoles also show the Vs and Vas bands of the azido group. The... 

For amino derivatives, the problem of tautomerism is clear cut all the derivatives exist in the amino form (3-, 4- and 5-aminopyrazoles, aminoindazoles and 3,5-diaminopyrazoles). IR spectroscopy and especially the Bellamy-Williams relationship (Section 4.04.1.3.7(iii)) are useful for the study of amino tautomerism. 

Dilauroyl-sn-glycero-3-phosphoethanolamine ( -dilauroyl-a-cephalin, 3-sn-phosphat-idylethanolamine 1,2-didodecanoyl) [59752-57-7] M 579.8, m 210 , pKes,(d (PO4H), PKes,(2) 10.5 (NH2). Recrystd from EtOH or tetrahydrofuran. [Bevan and Malkin J Chem Soc 2667 /95/ IR Bellamy and Beecher7 Chem Soc 728 1953.]... 

R. Rausser, A. Lyncheski, H. Harris, R. Grocela, N. Murrill, E. Bellamy,... 

A program of research has been supported for several years by the United Kingdom Health Safety Executive (HSE) to address the effects of sociotechnical factors on risk in the CPI. The initial emphasis of this work was to develop a methodology so that chemical process quantitative risk analysis (CPQRA) would take into accotmt the effects of the quality of the management factors of plant being assessed. This work has been described in a series of publications (e.g., Bellamy et al., 1990 Hurst et al., 1991 Geyer et al., 1990 and Hurst et al., 1992). 

Principles of Interface Design for Computer Controlled Processes (Bellamy and Geyer, 1988)... 

From a human reliability perspective, a number of interesting points arise from this example. A simple calculation shows that the frequency of a major release (3.2 x lO"" per year) is dominated by human errors. The major contribution to this frequency is the frequency of a spill during truck unloading (3 X10" per year). An examination of the fault tree for this event shows that this frequency is dominated by event B15 Insufficient volume in tank to imload truck, and B16 Failure of, or ignoring LIA-1. Of these events, B15 could be due to a prior human error, and B16 would be a combination of instrument failure and human error. (Note however, that we are not necessarily assigning the causes of the errors solely to the operator. The role of management influences on error will be discussed later.) Apart from the dominant sequence discussed above, human-caused failures are likely to occur throughout the fault tree. It is usually the case that human error dominates a risk assessment, if it is properly considered in the analysis. This is illustrated in Bellamy et al. (1986) with an example from the analysis of an offshore lifeboat system. 

If the results of the qualitative analysis are to be used as a starting-point for quantification, they need to be represented in an appropriate form. The form of representation can be a fault tree, as shown in Figure 5.2, or an event tree (see Bellamy et al., 1986). The event tree has traditionally been used to model simple tasks at the level of individual task steps, for example in the THERP (Technique for Human Error Rate Prediction) method for human reliability... 

Bellamy, L. J., Kirwan, B., Cox, R. A. (1986). Incorporating Human Reliability into Probabilistic Safety Assessment. 5th International Symposium on Loss Prevention and Safety Promotion in the Process Industries, Cannes, France. Paris Societe de Chimie Industrielle. 

Bellamy, L. J., Geyer, T. A. W. (1988). Addressing Human Factors Issues in the Safe Design and Operation of Computer Controlled Process Systems. In B. A. Sayers (Ed.), Proceedings ofSARSS 88. Human Factors and Decision Making Their Influence on Safety and Reliability. 19-20 October, Altrincham, Manchester, U.K. London Elsevier Applied Science. 

Geyer, T. A., Bellamy, L. J., Astley, J. A., Hurst, N. W. (1990). Prevent Pipe Failures Due to Human Errors. Chemical Engineering Progress, November. 

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