Junge network

The Junge network consisted of 62 sites distributed across the continental United States. Data from eight of the sites will be used in this paper. The dashed lines in Figure 6 enclose those sites considered most important for the present analysis while the solid lines indicate the additional sites which provide comparative data. 

Recently, Jung et al. [42] developed two artificial neural network models to discriminate intestinal barrier-permeable heptapeptides identified by the peroral phage display experiments from randomly generated heptapeptides. There are two kinds of descriptors one is binary code of amino acid types (each position used 20 bits) and the other, which is called VHSE, is a property descriptor that characterizes the hydrophobic, steric, and electronic properties of 20 coded amino acids. Both types of descriptors produced statistically significant models and the predictive accuracy was about 70%. 

Glockner, R, Jung, T., Struck, S., and Studer, K., Radiation Curing Coatings and Printing Inks (European Tech Files), Vincentz Network, Hannover (2008). 

D. Yoo, LB. Lee and J. Jung, 2005. Design of Pipeless Chemical Batch Plants with Queueing Networks. Industrial Engineering Chemistry Research 44, 5630 - 5644. 

Stephan C, Jung K, Cammann H, et al. An artificial neural network considerably improves the diagnostic power of percent free prostate-specific antigen in prostate cancer diagnosis results of a 5-year investigation. Int J Cancer 2002 99 466-73. 

Ozone is an essential atmospheric trace substance. This gas plays an important role in the control of the radiation and heat balance of the stratosphere since it absorbs solar radiation with wavelengths shorter than about 0.3 jun. An important consequence of this absorption is that U V radiation lethal to living species does not reach the lower layers of the atmosphere. Because of the importance of atmospheric 03, its study started rather early. Junge (1963) mentions that Dobson and his associates measured total ozone (see later) beginning in the twenties by a European network consisting of six stations. Later, this network became world-wide and even the determination of the vertical distribution of 03 is now a routine measurement. Owing to these studies our knowledge of atmospheric ozone is rather substantial compared to that of other trace constituents. 

The first network to collect precipitation samples for subsequent chemical analyses all over the United States of America was organized by Junge and Werby (1958). More recently researchers at the National Center for Atmospheric Research4 have published a compilation of data obtained between 1960 and 1966 by means of a network consisting of 33 stations (Lodge et a/., 1968). At the stations, situated mostly in locally non-polluted rural environments, automatic rain gauges were used. 

Figure 48 illustrates the spatial distribution of chloride ions measured by the Swedish network in 1957 and 1958 (Junge, 1963). In this figure the results of a Czechoslovakian program performed during the International Geophysical Year (Macku et al., 1959) are also included. One can see that the isolines practically follow the contour of the continent which makes evident that in locally unpolluted air the atmospheric chloride is of maritime origin. In Scandinavia the concentration initially decreases exponentially with distance from the ocean and reaches a rather constant value. 

The Bayesian network is applied for analysis of retention level of safety barriers facilitating to describe various accidental scenarios, and also for verification of event tree method used in previous studies (Markova Jung, 2006). Individual risk R, is given as... 

Chen, C.-L., Lopez, E., Jung, Y.-J., Miiftii, S., Selvarasah, S., Dokmeci, M.R., 2008a. Mechanical and electrical evaluation of parylene-C encapsulated carbon nanotube networks on a flexible substrate. AppUed Physics Letters 93, 093109. 

Jung, S. J., Kwon, T. H., Chung, W. Y. (2009). A new approach to design ambient sensor network for real time healthcare monitoring system. [IEEE Press.]. Proceedings of IEEE Sensors, 2009, 576-580. 

Jung HG, Oh SW, Ce J, Jayaprakash N, Sun YK (2009) Mesoporous TiOa nano networks anode for high power lithium battery applications. Electrochem Commun 11 756-759... 

Yun-Shan C, Wan-Lin T, Lee IC, Jung-Chuan C, Huang-Chung C (2012) A novel pH sensor of extended-gate field-effect transistors with laser-irradiated carbon-nanotube network. Electron Device Lett IEEE 33(11) 1622-1624. doi 10.1109/led.2012.2213794... 

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