The quote "better late than never but never late is better" is a reminder that it is important to strive for punctuality and to not waste time. While it is better to arrive or complete something late than not at all, it is even better to be on time or even early.
One reason it is important to be punctual is that it shows respect for others. When we arrive late to an appointment or event, we are effectively telling the other person or people that our time is more valuable than theirs. This can be seen as rude or disrespectful, and can even damage relationships. In contrast, being on time or early demonstrates that we value the other person's time and are committed to the meeting or event.
In addition to showing respect, being punctual can also improve our own productivity and effectiveness. When we are constantly running behind schedule, we may feel rushed and stressed, which can negatively impact our ability to perform at our best. On the other hand, if we make a habit of being on time, we can use the extra minutes to prepare and get organized, which can help us be more efficient and successful.
Furthermore, being punctual can also set a positive example for others. When we arrive on time, we can inspire and encourage those around us to do the same. This can create a culture of punctuality and respect for time within a group or organization, which can lead to better communication and collaboration.
In conclusion, while it is better to arrive late than not at all, it is even better to be on time or early. By valuing the time of others and prioritizing punctuality, we can improve our relationships, productivity, and effectiveness, and set a positive example for those around us.
"Better late than never" Meaning
Prospective models suggest reducing commodity usage and automating construction to increase resilience. The phrase is a direct translation of a Latin proverb. Never promise more than you can perform. In this context, the World fleet of operating reactors is ageing. More generally, rethinking engineering design to relate design variables to cost change mechanisms could help deliver real-world cost reductions for technologies with demanding construction requirements. Recently, in the aftermath of the Fukushima Dai-ichi accident 2011 , several countries have revised their nuclear policies and reinforced new regulatory requirements to strengthen safety systems of operating reactors Aoki and Rothwell, 2013, Huenteler et al.
'Better Late Than Never': Phrase Meaning & History✔️
You see them as the problems they are, you worry like hell about them, you make provisions, take precautions, fashion adjustments; you tell yourself you'll have to change your way of doing things. Being late was great-you could leave if you wanted to, but that wasn't going to help you at all. Or maybe moved was the better word. It can be used ironically, suggesting that the Origins Like many proverbs, this one has a literary origin. As a high-tech industry and a cornerstone of national security, China's nuclear industry has to be faced the new challenge and met the actual demand in the new era. For the SEM results, both absorbents showed spherical structure, with the particles presenting 0. The results show how present trends and future forecasts of electricity-generating technologies change the electricity generation mix, and how solar and wind power may increase their share in the total generation.
Better Late Than Never
To our best knowledge, this is the first attempt in the literature to conduct a systematic statistical treatment of overrun costs of construction of nuclear power reactors and to develop a comparative analysis of the cost of delay in different regions and periods of time. We find that tightening the target would speed up the transformation by 3—17 years for different parts of the electricity system, with renewables contributing 74% of the electricity in 2030, EU-wide coal use almost completely phased-out by 2030 instead of 2045, and zero electricity generation emissions reached by 2040. No, he said with a great deal of bitterness. In this paper, the authors employ a stochastic frontier analysis to evaluate the impact of government funded research programs on improving national energy efficiency using estimates of energy efficiency based on the Shepherd energy distance function. Our results provide new insights into the competitive barrier that low gas prices represent for renewables, the superior efficacy of carbon taxes even at low rates over RPSs, and the singular competitive advantage renewables enjoy by virtue of having near zero marginal costs. Here, we use data covering 5 decades and bottom-up cost modeling to identify the mechanisms behind this divergence. Or is there no such thing as "too late"? I thought that if the right time gets missed, if one has refused or been refused something for too long, it's too late, even if it is finally tackled with energy and received with joy.
Better late than never, but never late is better: Risk assessment of nuclear power construction projects
Better late than never but never late is better. And the average pore size was 0. You came for me. Confirming the recent year's trend in Europe and USA, if no new reactors come online and old ones operation licences are not renewed, nuclear power share in the electricity generation will fade away in the next decades Tollefson, 2016. This paper is organised as follows: following this brief overview of the current panorama of the World nuclear operable fleet, next section details the analytical framework adopted in this work, describing the developed characterisation database of operable, under construction and closed down reactors in the World and the statistical analysis conducted to estimate the lead-time, overnight construction costs, and the cost of delay.
