Bare Insight

ACCESS CONCENTRATION Previous attainment of access. Concentration on path of concentration BARE INSIGHT Achievement of ability to notice all phenomena of mind, to point where interfering thoughts do not seriously disturb practice. 

Insight into the forces intervening in the supersonically expanded isomeric complexes of (2R,3R)-(Mrr), (2S,3S)-(Mss), and (2R,35)-butanediols (M ) with Cr is achieved by lcR2Pl-TOF experiments. " Fig. 10 illustrates the corresponding excitation spectra together with that of bare Cr. 

From Fe—O distances in Fe " aq and Fe " aq ionic radii for the bare ions have been calculated (0.72 A and 0.64 A, respectively) and compared with established crystal radii. " Theoretical calculations on the aqua-cations have estimated the effects of the (7-electrons through optimization of geometry and energy minimization. " SCF calculations for [Fe(H20)J ", forx = 5, 6, and 7, and n = 2 and 3, have been coupled with measured activation volumes, A, for water exchange to give insight into the mechanisms involved. Such considerations, complemented by consideration of measured AG and AH, are... 

Solvent/lithium interfaces are formed by sequentially depositing lithium onto the clean substrate and, following rapid AES characterization, condensing the solvent onto it, as shown schematically in Figure 5. An array of techniques, including XPS, AES, TPD and FTIR, are then used to examine their electronic, structural and vibrational properties. Additional insight into the effects induced by Li was also obtained from studies of the behavior of THF and PC condensed on bare, clean, nominally unreactive substrates such as Ag and Au. 

This book is about materials in fibrous form, precisely what the title says. Perhaps the only thing that needs to be emphasized is that the materials aspects of fibers are highlighted. The main focus is on the triad of processing, microstructure, and properties of materials in a fibrous form. I have kept the mathematics to the bare minimum necessary. More emphasis is placed on physical and chemical insights. Although all kinds of fibers are touched upon, there is a distinct tilt toward synthetic, nonapparel-type fibers. This is understandable inasmuch as the second half of the twentieth century has seen tremendous research and development activity in this area of high performance fibers, mainly for use as a reinforcement in a variety of matrix materials. 

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