Science topics: Process Assessment (Health Care)
Science topic
Process Assessment (Health Care) - Science topic
An evaluation procedure that focuses on how care is delivered, based on the premise that there are standards of performance for activities undertaken in delivering patient care, in which the specific actions taken, events occurring, and human interactions are compared with accepted standards.
Questions related to Process Assessment (Health Care)
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It is well known the last few years have come out different APP to make us measurement process easier while we are practicing strength protocols and lifting.
APP like:
BARsense
Mylift
Powerlift
Tracker
Kinovea...
There is some other that can be applied to the leg press; with a validity and reliability confirmed in the bibliography?
what is the purpose of use to the three probs in EIS? what kind of interactions are created between the electrode and the electrolyte? How is the current created? what are the most important parameters during the measurement process?
Can anybody find usage of the word "nanocomposite" in a peer-reviewed paper earlier than mine
Field emission from nanocomposites
Journal of Vacuum Science & Technology B: Microelectronics and Nanometer Structures Processing, Measurement, and Phenomena 21, 406 (2003);
Hi,
I'm looking for some explanation for my result according to measure Absorption of NADH*. By 340 nm I've got almost 0.76 of Extinction. And as a consequence, the molar attenuation(extinction) coefficient consists of 4.9 within standard value 6.2.
Is it just a mistake by the measuring process?
*The solution for this experiment was 0,1 mol/L Triethanolamine-HCl + NADH
Regards,
Olena
TDR method monitors soil moisture by measuring the transmission time of electromagnetic pulse in soil medium. When measuring soils with high organic carbon content and especially high or low density, the energy dissipation of the input electromagnetic wave is large, which results in the ambiguity of the reflected information and the distortion of the data. In the process of measuring high salinity soil, salt attenuates the reflected pulse signal, affects the pulse reflection time, and affects the monitoring of soil moisture content.
Dear all,
I am looking for the frequency data related to the UK power system. Those data were available online in the UK TSO website until few months ago and they were used to test and validate the new enhanced frequency response service introduced by the TSO. Since the first Tender is finished, the TSO decided to discard them from the website (https://www.nationalgrid.com/uk/electricity/balancing-services/frequency-response-services/enhanced-frequency-response-efr?assessment-process).
I would like to ask if someone downloaded them so far, and could send me those data. They are 12 csv files representing one year of UK grid frequency values, with a sample rate of one measure per second, very useful for frequency stability and control studies.
Thank you very much,
Andrea
Let me know the process of measuring UV radiation, specially UV-C.
aside from the usual demographic profiles which is very subjective, other measures or process to set equality between the experimental and controlled group
Andreas (and colleagues) - this sounds very interesting. I'd love to learn more if you have a papers out already. We work almost exclusively in very high poverty schools that are not serving students well. We administer a school transformation rubric annually to track majors systems (distributed leadership, professional learning, and core instruction) as well as a process monitor that tracks the occurrence of PLC, grade level, and other collaboration structures and the production of products from those sessions (unit and lesson plans, professional learning plans, etc.). We still find process measures pretty rare in the wild (at least in the schools we serve). I'm wondering if we would be likely to encounter such things in higher performing schools (I'm thinking of the impact of improved preparation programs, whole school/district reform models, etc.).
How to fix a droplet size for various surface characteristics in the process of measuring the Contact Angles? Especially for superhydrophobic surfaces.
Hi,
i have a question regarding the dielectric relaxation times of water. I have made some impedance measurements which you can see in the attached graph. the measurements were carried out with a keysight E4990 impedance analyzer and hf-probe 42941A. the arrangement is a simple cubic container of polyethylen filled with tap water (TW) and deionized water (DW). the electrode structures are attached to the container's wall with adhessive copper foil.
One can see a debey relaxation process in the measurement data, like it is described in the literature. But i cant understand, why i can measure it in this frequency range. If it is the molecular reorientation polarization, it should have relaxation frequencies in the GHz-range. I even thought about some sort of maxwell-wagner-effect, but this shouldnt show up in frequencies above a few kHz. As one can see in the comparison between tap water with a specific conductivity of 350µS/cm and destilled water of 4 µS/cm, the ralaxation frequency is dependend on the conductivity of the liquid.
TW100 : tap water 100%
DW100: deionized water 100%
DW90_TW10: solution of deionized water 90% and tap water 10%
Can anyone help to name and understand this kind of relaxation process? Some hints for appropriate literature would be great. Thanks in advance.
Compared to the chemical risk assessment process, where hazards are generally identified as a function of an organism's adverse response to a particular mass of a chemical agent (a dose), characterizing the hazards of nanomaterials has been problematic. This is largely due to the many features that may contribute to the toxicity of nanomaterials. For example, an organism's response to a particular nanomaterial may be related to the mass of the administered dose, or it may be related to other factors, including the number of particles, shape, electrical charge, and coating, or a combination of physiochemical characteristics
Apart from the trails test can anyone suggest tests that are done to check someone’s processing speed in dementia patients please.
For a state that has wave function (a pure state), according to the axioms of quantum physics, there is always a complete system of measurement processes that lead, with certainty to certain results. In contrast, for systems that only have a density matrix (the so-called mixed states) there is no complete system of measurements that leads to univocally predictable results.
When an electron interacts with a classical object, a complex system is formed. From the idea of interaction proper it follows that the states of the electron and the apparatus can not be independent. Consequently, the electron that interacts with a measuring device does not have a wave function, but a density matrix. The electron and the measuring device are entangled. How then a pure state evolves?
The government of every country and state bring policies and schemes for the welfare of society and the nation. These governments implement policies and schemes through their departments and sometimes they assess them with either own departments OR external agencies. This assessment process has nothing to do with:
‘What new theories are evolving while implementing the scheme or policy?
Why the existing theories or not working while implementation or in it’s impact?
Why global findings are not matching?
What are the initial flaw in terms of conceptualization of the policy or scheme? ‘ etc…
In the entire process from policy or scheme conceptualization to implementation, the concerned government department or agency does not see a possibility of theorizing a phenomenon or identifying a theoretical relationship with field-level data. And they assume, ‘it is not their job’.
So whose job is this? Is this a researcher’s job who is either in a doctoral course or post-doctoral assignment, a faculty who is studying public policies/schemes or a consultancy firm who reads/analyzes the data and based on the analysis floats some project?
As a teacher, I see students struggling while exploring their research areas – either for their doctoral dissertation, post-doctoral research or a research paper. They explore with zeal and confidence by reviewing the existing literature – mostly referring research articles published in top-tier journals, but these researchers have no interest in studying the Public Policies or schemes with a view to understanding theoretical grounding of policy or schemes.
Why they do not see this as an opportunity for research? I think these researchers assume that ‘understanding a policy or schemes in not academic job’. If this is that assumption, I do not agree with that.
In fact, data on these policies and schemes are available to any researcher who wants to study. Most importantly – concerned government department or agency will be happy in supporting them since these arms of government would learn significant findings of the policy they implemented and would know what kinds of policies and schemes be required in the country.
In a true sense, this kind of attempt by a researcher would help the government and country in a bigger way.
I am currently creating a survey around communication within the feasibility assessment process of construction projects. And if possible I would like my respondents to all come from the industry so that my research knowledge is reliable. How can I make sure I channel it to the correct people in the correct industry?
kindly guide me good reads about perception of employees(Medical staff ) towards their clients in health care sector