Importance of understanding

Patients must understand the role of long-term control and quick relief medications in their asthma treatment plan. The importance of understanding asthma as a chronic disease and the need for daily treatment with long-term control medications should be stressed. Additionally, the importance of proper use of medication delivery devices should be continually reinforced. Basic education should be provided over several visits with the health care provider. 

The evaluation of the parameters for this flow regime requires the calculation of the Reynolds number and hydraulic diameter for each continuous phase. The hydraulic diameter can be determined only if the holdup of each phase is known. This again illustrates the importance of understanding the fluid mechanics of two phase systems. Once the hydraulic diameter is known, the Reynolds number can be evaluated with the knowledge of the in situ phase velocity, and the parameters of the model equations can be evaluated. 

The importance of understanding the electron density is made clear by the Hell-mann-Feynman theorem. We will see that this theorem shows us that all the properties of a molecule are ultimately determined by the electron density distribution p. 

These examples illustrate the importance of knowing what can and cannot be neglected in a given problem and the necessity for matching the appropriate assumptions to the specific problem conditions in order to arrive at a valid solution. They also illustrate the importance of understanding what is happening within the system as well as knowing the inlet and outlet conditions. 

Case histories regarding reactive chemicals teach the importance of understanding the reactive properties of chemicals before working with them. The best source of data is the open literature. If data are not available, experimental testing is necessary. Data of special interest include decomposition temperatures, rate of reaction or activation energy, impact shock sensitivity, and flash point. 

The definitions provided above underscore the importance of understanding and interpreting prescriptions. A prescription is defined as an order for medication from a doctor, dentist, veterinarian, or any other licensed health care professional authorized to prescribe in that state. It shows the relationship between the prescriber, patient, and the pharmacist, in which the latter provides the medication to the patient. 

Labhasetwar V (2005) Nanotechnology for drug and gene therapy the importance of understanding molecular mechanisms of delivery. Curr Opin Biotechnol 16 674-680. 

The importance of understanding isotope effects in the high temperature (classical) limit has been stressed before. In the limit of infinite temperature, the reduced isotopic partition function ratios all go to unity and k /k2 also goes to unity. The kinetic isotope effect becomes... 

We show that the electric field in the metal-solution interphase is very high (e.g., 10 or lO V/cm). The importance of understanding the structure of the metal-solution interphase stems from the fact that the electrodepKJsition processes occur in this very thin region, where there is a very high electric field. Thus, the basic characteristics of the electrodeposition processes are that they proceed in a region of high electric field and that this field can be controlled by an external power source. In Chapter 6 we show how the rate of deposition varies with the potential and structure of the double layer. 

In closing, I want to stress again the essential importance of understanding in a fundamental way the nonlocal structure of exchange-correlation contributions to energy functionals. I believe that a full appreciation of the variety of ways that this nonlocal structure manifests itself, according to the different physical circumstances, will be vital for the construction of improved representations of F[n] as the domain of applications of density functional theory continues to be extended into exciting new areas. 

Chisholm BJ, Potyrailo RA, Cawse JN, Shaffer RE, Brennan M, Molaison CA (2003) Combinatorial chemistry methods for coating development V. The importance of understanding process capability. Prog Org Coat 47 120-127... 

In summary, the diffusion behavior of both H2O and CO2 demonstrates the importance of understanding the role of speciation in diffusion, and the very different consequences due to that role. Diffusion of a single-species component (such as Ar) usually does not depend on its own concentration (when the concentration is low), but depends on the melt composition. For a multispecies component, speciation affects the diffusion behavior. For H2O, speciation makes the diffusion behavior very complicated even at low H2O concentrations, total H2O diffusivity still depends on H2O content (because the species concentrations are not proportional), in addition to the dependence on melt composition. If species concentrations are proportional to each other and hence to the total concentration of the component, then the diffusivity is independent of the concentration of the component, as in the case of CO2 diffusion. Many multispecies components probably satisfy this condition that the concentrations of... 

However, this does illustrate the importance of understanding the fundamental mechanisms in order to extrapolate to atmospheric conditions reliably. A number of experimental techniques used for studying gas-phase kinetics and mechanisms require low pressures and, under these conditions, decomposition of the OH-alkene adduct can predominate. As long as the fundamental mechanisms are understood and the kinetics determined as a function of pressure, extrapolation to atmospheric conditions is possible. Clearly, confirmation using studies at atmospheric pressure is also important. 

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