607 research outputs found
Настройка цветовоспроизведения мини-лаба Fuji Film 355 LP 1500 SC
No full textВ данной работе представлен алгоритм настройки и корректировки цветовопроизведения мини-лаба fuji film 355 lp 1500 sc, а также устройств, принимающих участие в процессе от фиксирования изображения на камеру до вывода его на печать
Pengaruh Bauran Pemasaran Terhadap Volume Penjualan Kamera Mirorless Fuji Film
No full textPenelitian ini bertujuan untuk untuk Mengetahui Pengaruh Bauran Pemasaran Terhadap Volume Penjualan Kamera mirorless merek Fujifilm pada PT. FujiFilm Makassar Branch Office. Penelitian di lakukan pada Fuji Film Di Makassar. Jumlah sampel yang diambil dalam penelitian ini sebanyak 130 Orang pelanggan Fuji Film penentuan jumlah sampel dapat dilakukan dengan cara perhitungan statistik yaitu dengan menggunakan Rumus Slovin. Dalam penelitian ini teknik sampling yang digunakan adalah dengan cara teknik accidental sampling. Metode pengumpulan data yang digunakan dalam penelitian ini adalah observasi dan kuesioner. Jenis data adalah kuantitatif dan kualitatif yang bersumber dari data primer dan data sekunder. Hasil penelitian menunjukkan bahwa berdasarkan hasil persamaan regresi diperoleh hasil bahwa Produk terhadap Volume Penjualan memiliki pengaruh positif dan signifikan. Sama hal-nya dengan Harga, Promosi dan Tempat terhadap Volume Penjualan yang juga memiliki pengaruh yang positif dan signifikan. Volume Penjualan berpengaruh positif dan signifikan. Ini menunjukkan bahwa keempat variabel yakni produk, harga, promosi dan tempat mempunyai pengaruh yang positif dan signifikan terhadap Volume Penjualan kamera Mirorrless Fuji Film Di Makassar.
Keywords:
Produk, Harga, Promosi, Tempat, Volume Penjuala
Abstract Characterization of the biaxiality of the Fuji-Wide View film
No full textThe measured conoscopic transmission plot of a single Fuji-Wide View film [1] between crossed polarizers shows an asymmetric character which can not be explained by a twistless uniaxial birefringent compensation structure. Simulations point out the biaxial character of the Fuji-Wide View film. Furthermore simulations show that the orientation change of the molecules in the discotic layer is rather quadratic instead of linear. 1
Ultrasonic Reflection for Measurement of Oil Film Thickness and Contact between Dissimilar Materials
No full textThe contact between dissimilar materials occurs in many machine elements where one of the contacting parts is manufactured from low modulus materials such as lip seals, o-rings, and metal on polymer prosthetic hip joints. Contacts of this sort of are often operated in the iso-viscous elastohydrodynamic lubrication (I-EHL) regime. Typically, they have been studied using a numerical approach due to lack of sensor of instrumentation for measuring oil film thickness. By developing the technology of sensors such as electromagnetic radiation and magnetic resistance techniques, the phenomenon of lubrication in I-EHL regime has shown results which are better understood. However, the experimental study that has been conducted to date is only appropriate for laboratory-based measurements.
This thesis deals with the ultrasonic reflection methods to measure an oil film thickness and contact between dissimilar materials where these methods could be applied in-situ. This warrants special attention because there are two drawbacks of measuring of oil film thickness and contact by using bulk longitudinal wave between dissimilar materials (such as rubber and steel) which have mismatched acoustic impedance. One is the attenuation. The ultrasonic signal will be reduced when passed through the rubber. The other is accessibility. The wave must pass normally through the interface and so the transducer must be mounted on the rubber itself.
There are two methods that can be used to measure oil film thickness using ultrasonic reflection: amplitude and phase shift. The amplitude method has been proved successfully for measuring oil film thickness between two similar materials and between two materials with little difference in acoustic impedance, but it fails for contact between two acoustically dissimilar materials. In this case, the phase shift method has the potential to measure oil film thickness. The results show that this method is valid for measuring thin films (h < 40 μm) for contact between Perspex and steel.
The application of ultrasonic reflection techniques to measure the lubricant film thickness in iso-viscous elastohydrodynamic lubrication regime has been investigated. The reflection of ultrasonic pulses from the interface between the nitrile sphere and Perspex disk was recorded for a range of lubricated, dry, static, and dynamic contact conditions. In this way, profiles of oil film thickness were created for various loads and sliding speeds. The phenomenon of a wedge-shaped constriction in lubricant film was observed, especially at low speeds. It was also possible to observe cavitation effects on the signal in the exit region. The measured central film thickness results are compared with published models of the lubrication mechanism and experimental data obtained from optical methods. The result shows that the oil film thickness was measured in the region of 1 to 6 µm. The data was shown to be consistent with previous published experimental work using optical methods but somewhat lower than theoretical solutions.
Ultrasonic surface waves that are commercially used for non-destructive evaluation (NDE) and damage detection have been also developed to measure contact between soft and hard materials. The measurements were made by using variable and fixed wedge transducers. The reflection coefficient of Rayleigh waves at point and line contacts was measured to study the characteristic of compliant contacts in dry and lubricated conditions. The results show that the increased load causes a decreased reflection coefficient. Therefore, the reflection coefficient of Rayleigh wave at interface between soft and hard materials can be developed as a sensor for o-ring and lip seals and this sensor could be positioned remotely from the contact
Feminism approach in main character analysis of provpked film
No full textABSTRACT Ninda Fuji Setiawati, Feminism Approach in Main Character Analysis of �Provoked� Film. Thesis: English Letters Department, Adab and Humanities Faculty State Islamic University Syarif Hidayatullah Jakarta, 2010 In this research, the writer analyzed Provoked film which was written by Carl Austin directed by Jug Mundhra. This research related to the feminist film criticism theory focused on feminism. The writer used qualitative method. Provoked film described an Indian woman who struggled over the men oppression, Kiranjit Ahluwalia as the main character she succeeded to fight against domestic violence. In this film, the figure of a struggle woman and a successful woman was very clearly reflected. Kiran�s self consciousness made her was aware of unfair treatment from people among her and it could overcome all oppressions, it was proved by her success to change a nature British�s law. At the end of story she honored by Prime Minister�s wife, Chartie Boot with the Asian woman role model award for her courage. Therefore, the writer concludes the main character�s characterizations are reflecting the ideology of feminist that seeks equal right and a freedom from all oppressions
Fuji Microfiche Reader RFP2
No full textMicrofiche reader in cream plastic housing, lift-up brown perspex cover, mirrored on inside. Cream rocker switch to top. Film fed through slot then projected onto mirror by small lens. Grey flex and three pin plug. Maker: Fuji - from the The Betty Smithers Design Collection at Staffordshire University.
Measuring the area and number of ballast particle contacts at sleeper/ballast and ballast/subgrade interfaces
No full textThe number of railway ballast particles in contact with a sleeper may be relatively small. The discrete and non-uniform nature of these contacts may cause breakage and wear. This article explores the use of pressure paper to record the loading history of sleeper to ballast particle contacts over >3 million loading cycles in full size tests. The results demonstrate that the actual contact area may be less than 1% of the total, and that the number of individual contacts is in the hundreds. Under sleeper pads, a finer ballast grading, a shallower shoulder slope and changes to the sleeper material are found to increase the number and area of contacts
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