Utilizing the thermal energy added on the oscillating heat pipe (OHP), the OHP can generate the oscillating motion, which can significantly increase the heat transport capability.
This paper explores the role of contextual factors, actors and the policy process in the development of the OHP and possible reasons why the current approved OHP succeeded.
Table 2 summarizes the strengths and weaknesses of the OHP policy process from the perspectives of our respondents:> The OHP was formulated using existing evidence for policy which included research evidence generated mainly by ICOH and policy documents from other countries.
Before the nanofluids were charged into the OHP, the base fluid (mixture of EG and deionized water 50/50 vol%) was charged into the OHP by the back-filling method [18].
Ma et al. [13, 14] charged the nanofluids (HPLC grade water and 1.0 vol.% diamond nanoparticles of 5-50 nm) into an OHP and found that the nanofluids significantly enhance the heat transport capability of the OHP.
We achieved a 97.2% response from the OHPs with regard to their assessments of employees who had filled in their questionnaires and consulted the OHP for sickness certification.
For the OHPs charged with P1, P2, and P4, respectively, the optimum volume fraction is about 0.3% while for the OHP charged with P3, the optimum fraction is about 1%.
As ringleader in the OHP big top, Dane Lam was endlessly energetic and uncompromising on rhythmic detail.
Mike is more responsible for the business plan, marketing the company, dealing with the press, liaising with the OHP Friends on funding and also overseeing the theatre we have to build and take down every year.
This decreased viscosity significantly decreases the pressure drop, which can improve the oscillating motion in the OHP and therefore enhance the heat transfer performance of the OHP.
When the OHP was charged with EG and cylinder-like alumina nanoparticles, the OHP can achieve the best heat transfer performance among four types of particles investigated herein.
