To Dig Deeper

The conclusion is that no unevolved star shows the composition of evolved RGB stars, but rather one similar to that predicted for yields of intermediate-mass AGB stars (IM-AGB see [8]). However, since dilution with material not contaminated by CNO burning could explain the observed trends for C and N, we have to dig deeper. 

So the boiling points of this data set can be attributed much more to the number of chlorine atoms than to the dipole moment, with very little influence from the number of fluorine atoms. We are now using three parameters to explain 15 data points, for 15 - 3 = 12 degrees of freedom, and we have a standard error of 11.4 " C. If we want a standard deviation of less than 1 "C, then this is not good enough, and we would have to dig deeper for more hidden variables. 

While the least squares estimator appeared several centuries ago as an independent method giving good results under certain assumptions, we have to dig deeper into mathematical statistics to see its roots, and, in particular, its limitations. This general subject is the maximum likelihood principle, one of the basic concepts of mathematical statistics. The principle is simple ... 

The Butler-Volmer equation has yielded much that is essentia] to the first appreciation of electrode kinetics. It has not, however, been mined out. One has to dig deeper, and after electron transfer at one interface has been understood in a more general way, electrochemical systems or cells with two electrode/electrolyte interfaces must be tackled. It is the theoretical descriptions of these systems that provide the basis... 

It should be evident that radicals play a very important role within the realm of organofluorine chemistry. Fluorine substituents impart unique reactivity characteristics to free radical intermediates, and knowledge of how to generate and utilize such species is very important for those synthetic chemists who wish to incorporate fluorinated alkyl groups into organic substrates. It has been attempted in this review to provide a strategic overview of all aspects of organo-fluorine radical chemistry, with the hope that readers with an interest in the field will able to get their basic questions answered as well as be stimulated to dig deeper into specific aspects of the subject via the detailed references which have been provided. 

Determining the full cost of the type of capacity needed to meet demand growth is the cornerstone enabling managers to assess how attractive the returns are likely to be for their business in a given commodity chemical sector. However, it is also possible to dig deeper into the circumstances of individual plants and product lines, production sites, and geographic regions to build up a more detailed picture of the prospects for a business. Here are a number of key drivers that need to be taken into account. 

If you want to dig deeper into the scientific findings described in this chapter, there are links and references for your convenience, so you can find the complete and original texts or more detailed information relevant to the issue at hand. 

From a practical point of view this is all that can and need be said about the subject. The remarks that are about to follow are of interest only to perfumers who would like to dig deeper, and to prepare themselves for discussions on the "synthesis-versus-nature" subject. We regret that they are full of provisos and apparent contradictions. In any debate this makes it very hard for the differentiated view to hold its own against the sweeping view, "nature is good, chemistry is bad."... 

The structural formulas used to represent molecules are based on valence bond theory. Double and triple bonds simply represent additional pairs of shared valence electrons. But structural formulas, while useful, don t tell the whole story about the nature of the bonds between atoms in a molecule. Valence bond theory falls flat when it tries to explain delocalized electrons and resonance structures. To get at what is really going on inside molecules, chemists had to dig deeper. 

I have sometimes found it convenient to evade a tedious demonstration by reference to the regular text-books . In such cases, if the student wants to dig deeper, one of the following works, according to subject, will be found sufficient B. Williamson s Differential Calculus, also the same author s Integral Calculus, London, 1899 A. R. Forsyth s Differential Equations, London, 1902 W. W. Johnson s Differential Equations, New York, 1899. 

In order to avoid cluttering the text witii too much detail, to maintain clarity in terms of highlighting major points of comparison and difference, and for ease of reference to the material itself, much of this information has been presented in tabular form. In addition, finther relevant information in tabulated in Annexes I to IV that can be found at the end of the book. The tables presented in the following pages and in the related annexes therefore outline cuirait information, that wMle not essential for the understanding of the principles behind the development and operation of various systems they describe, provides the necessary tools to dig deeper into the subject, if this is required. 

Chapters 1 and 2 look at PCM sampling and define some terms and fundamentals of deahng with recorded digital sound. In those chapters we will also look at problems and issues with working with prerecorded sounds, to further motivate why we want to dig deeper into the physics of sound production. 

Assess inclusiveness of climate (1) Increased awareness of inclusive climates (2) Identification of problem spots and group differences in experiences of inclusion within organization (1) Launch efforts to dig deeper into sources of group differences and weaknesses (2) Design targeted interventions to address sources of identified problems More inclusive climates, higher felt inclusion among employees... 

Launch efforts to dig deeper into sources of group differences and weaknesses (2) Design targeted interventions to address sources of identified problems... 

We will continue to dig deeper, and we will undoubtedly find more issues. What we will not do—and never have done—is stand still or turn a blind eye to problems in our supply chain. On this you have my word. 

Acting in an overly defensive, or even combative manner, may raise red flags for the assigned auditor, and cause him or her to dig deeper when reviewing your operation. 

To dig deeper into the labor market influence of the workers compensation insurance system Table 4-4 also illustrates how WC influences the largest probability of injury. Because workers are more... 

A work of this nature can never expect to satisfy all stakeholders on all topics covered. Depending on his or her affiliation, the reader will either feel environmental impacts of plastics are exaggerated or that they are too conservatively portrayed and do not capture their full adverse impact. Despite this anticipated criticism, a discussion of the science behind personal judgments and public policy is critical to the cause of sustainability. If the work serves as a catalyst for engagement between industrial and environmental interests or at least generates enough interest in either party to dig deeper into the science behind the claims, the author s objective would have been served. 

With these general observations in place, we are now in a position to dig deeper into group 15 chemistry. 

A traditional way of studying Nature is to dig deeper and deeper in the structure of matter ever increasing the spatial resolution, i.e., studying smaller and smaller objects. In this process each major step resulted in a new set of particles beheved to be elementary the four atoms of Democritus a-tom means indivisible), the elements, atoms of Dalton and Mendeleev, the atomic nucleus of Rutherford, and the so-called elementary particles of which the electron, the proton and the neutron are the most common, constituting most of the visible world. It will be shown that, in fact, the proton and the neutron are also composite particles. 

Since scientific achievements in laser physics have been pushed forward by a few pioneers, it is interesting to look back to the historical development and to the people who influenced it. Such a personal view can be found in [1.32,1.33]. The reference list at the end of the book might be helpful in finding more details of a special experiment or to dig deeper into theoretical and experimental aspects of each chapter. A useful Encyclopedia of spectroscopy [1.34] gives a good survey on different aspects of laser spectroscopy. 

This book is intended as an introduction to the basic methods and instrumentation of spectroscopy, with special emphasis placed on laser spectroscopy. The examples in each chapter illustrate the text and may suggest other possible applications. They are mainly concerned with the spectroscopy of free atoms and molecules and are, of course, not complete, but have been selected from the literature or from our own laboratory work for didactic purposes and may not represent the priorities of publication dates. For a far more extensive survey of the latest publications in the broad field of laser spectroscopy, the reader is referred to the proceedings of various conferences on laser spectroscopy [1-11] and to textbooks or collections of articles on modem aspects of laser spectroscopy [12-32]. Since scientific achievements in laser physics have been pushed forward by a few pioneers, it is interesting to look back to the historical development and to the people who influenced it. Snch a personal view can be found in [33, 34]. The reference list at the end of the book might be helpful in finding more details of a special experiment or to dig deeper into theoretical and experimental aspects of each chapter. A useful Encyclopedia of spectroscopy [35, 36] gives a good survey on different aspects of laser speclroscopy. 

My role as a consultant is to challenge people to dig deeper and understand the opportunities for improvement that exist. From a Lean Safety perspective, poor material flows, with starts and stops, require additional material handling. Whenever material is handled, people are in harm s way. Therefore, improving the flow of the work through a facility is one of the first critical steps on the Lean journey, and it is also a great way to minimize injury risk. Lean improvement and injury risk reduction go hand in hand. 

Only ask questions to clarify what s been said, not to dig deeper... 

So I would like to see this representation used as a challenge to theoretical chemists and physicists and to serve as a reminder of a feature that is not yet fully explained from quantum mechanics. Rather than claiming that the periodic table does not reduce to quantum mechanics I am really trying to encourage physicists to dig deeper and give an even more reductionist explanation of the periodic system. 

He is not eifraid to dig deeper into an issue or bottleneck to find out what went wrong. 

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