Development Of Meter Research Articles

REPRODUKSI LAGU KR. KEMAYORAN: KONSTRUKSI SUBJEKTIVITAS NYAK INA RASEUKI (UBIET)

This article shows the knowledge and cultural perception of an Indonesian woman singer, Nyak Ina Raseuki (Ubiet), that was achieved through her musical experiences in social life and constructed her singing style as her aesthetic mastery (connoisseur). Her singing style is used to reproduce songs from the variety of musical genres so that constructed her subjectivity in Indonesian popular music. One of the songs is analyzed in this article is Kr. Kemayoran, a song in the genre of keroncong. The research questions focus on 1) the construction of knowledge and cultural perception of Ubiet to construct her subjectivity, and 2) Ubiet’s way to explore Kr. Kemayoran so that showed the difference from others. This research used the life history method to understand Ubiet’s knowledge and cultural perception and the critical musicology to analyze the song. The research findings are the connoisseur is not depend only on formal education, but on the variety of musical practices in Ubiet’s life. Besides it, Ubiet’s subjectivity more focused on her musical competencies, i.e. her wide vocal range, the ability to explore many songs with microtones, local ornaments, as well as her ability to follow the development of meter and tonalilty (modulation) that are preceded by the music accompaniment. Keyword: subjectivity, connoisseur, knowledge, cultural perception

Development of a snow-fraction meter based on the conductometric method

Hydraulic conveying of snow is one of the most promising techniques for snow removal from an urban area. The method for measuring the fraction of snow in a snow-water mixture flowing in a pipe is a key technique for its practical application. A new method based on the conductometric method has been developed in this study. The method was tested using a prototype snow-fraction meter in a testing apparatus and a closed pipeline system. This type of meter has the advantage of in situ measurement of a wide fraction range from zero up to packed value. The meter is capable of quick response, independent of flow velocity or snow properties and nonintrustive in flow. This paper describes the application of techniques for the development of the meter and the test results. This new method is expected to be useful for hydraulic conveying of ice particles or ice cubes, a new technology in the air-conditioning field.

Development of a snow-fraction meter based on the conductometric method

Hydraulic conveying of snow is one of the most promising techniques for snow removal from an urban area. The method for measuring the fraction of snow in a snow-water mixture flowing in a pipe is a key technique for its practical application. A new method based on the conductometric method has been developed in this study. The method was tested using a prototype snow-fraction meter in a testing apparatus and a closed pipeline system. This type of meter has the advantage of in situ measurement of a wide fraction range from zero up to packed value. The meter is capable of quick response, independent of flow velocity or snow properties and nonintrustive in flow. This paper describes the application of techniques for the development of the meter and the test results. This new method is expected to be useful for hydraulic conveying of ice particles or ice cubes, a new technology in the air-conditioning field.

The total energy approach: Evolution of combined heat and power for district heating and/or cooling

Combined heat and power (CHP) generation is not a new concept, but it provides an elegant solution to some of our present fuel problems, offering, as it does, 80% or greater efficiency. However, Great Britain lags behind other European countries with respect to the rate of introduction of CHP together with district heating and/or cooling (DHC) systems. Reviews of (i) the historical development of the designs of DHC pipelines, from insulated pipes in air-filled ducts to the modern preinsulated pipes buried in the ground, and (ii) sources of energy as well as developments in metering and control, for CHP-DHC systems, are presented. The cost effectiveness of each CHP-DHC system is highly sensitive to unit fuel prices, current discount rate, as well as the capital cost incurred. In the best interests of Britain, major governmental investments are now needed urgently in order to encourage the wider adoption of these systems.

Paper 13: The Development of a Disc Local Heat Flux Meter for Use in Boiler Furnaces

This paper describes the development of a meter, employing the radial disc principle, for measurements of the local heat flux to the water/steam tube surfaces of boiler furnaces. The design and material requirements are stated for the meter to operate successfully in the arduous conditions of a combustion chamber. The development of the meter is followed from the initial prototype to the proving of the final design.

Developments in Metering and Controlling Equipment

Journal AWWAVolume 24, Issue 10 p. 1551-1556 Article Developments in Metering and Controlling Equipment Charles G. Richardson, Charles G. RichardsonBuilders Iron Foundry, Providence, R. I.Search for more papers by this author Charles G. Richardson, Charles G. RichardsonBuilders Iron Foundry, Providence, R. I.Search for more papers by this author First published: 01 October 1932 https://doi.org/10.1002/j.1551-8833.1932.tb18145.x AboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onFacebookTwitterLinkedInRedditWechat Volume24, Issue10October 1932Pages 1551-1556 RelatedInformation