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1971 Cal State Los Angeles Diablos Football Team

1971 Cal State Los Angeles Diablos football team

1971 Cal State Los Angeles Diablos Football Team 1

The 1971 Cal State Los Angeles Diablos football team represented California State University, Los Angeles during the 1971 NCAA University Division football season. The Diablos competed in the Pacific Coast Athletic Association.[note The team was led by Foster Andersen in his first year as head coach. This was the third straight year the Diablos had a new head coach. The team played home games at East L.A. College Stadium in Monterey Park, California. They finished the season with a record of two wins and eight losses (2-8, 0-3 CCAA). The Diablos were held to a touchdown or less in 8 of their 10 games. For the year, they scored 90 points while giving up 269.

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Cal Dallas

Calvin Dallas (born May 10, 1956) is a Canadian politician and former Member of the Legislative Assembly of Alberta representing the constituency of Red Deer-South as a Progressive Conservative

1971 Cal State Los Angeles Diablos Football Team 2

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Calétric of Chartres

Caltric or Coltric of Chartres was a 6th century French bishop and saint. His name is also spelled Caletricus, Chaletricus or Chalactericus (in Venantius Fortunatus), whilst in French it also appears in the popular forms Caltry or Calais, probably by confusion with the abbot-saint of Le Maine. His feast day is on 4 September. His predecessor as bishop of Chartres was Lubin of Chartres, who is last definitively mentioned in 551. Caletric definitely died before 573, the year when his successor Pappolus took part in a council in Paris. However, as that council was called by Sigebert I on splitting the diocese of Chartres, Caltric probably died shortly before it. According to Fortunatus he died aged only 38. Caltric himself is only contemporaneously known from his attendance at two other councils - one in Paris sometime between 557 and 563 and the other in Tours in 567/568. He also appeared in a 9th century Life of Saint Lubin, which stated that he was once a young priest of noble birth with a sister called Mallegonde.

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Giacomo Calò

Giacomo Cal (born 5 February 1997) is an Italian professional football midfielder who plays for Italian club Pordenone on loan from Genoa

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1926 Cal Aggies football team

The 1926 Cal Aggies football team represented the Northern Branch of the College of Agriculture[note in the 1926 college football season. The team was known as the Cal Aggies, California Aggies, and sometimes the Cal Aggies Mustangs. They competed in the Far Western Conference (FWC).[note The Aggies were led by fourth-year head coach William L. "Billy" Driver. They played home games in Sacramento, California. The Aggies finished with a record of two wins, six losses and one tie (2-6-1, 0-4 FWC). The Aggies were outscored by their opponents 84-147 for the 1926 season.

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2017–18 Cal State Bakersfield Roadrunners men's basketball team

The 2017-18 Cal State Bakersfield Roadrunners men's basketball team represented California State University, Bakersfield during the 2017-18 NCAA Division I men's basketball season. The Roadrunners, led by seventh-year head coach Rod Barnes, played their home games at the Icardo Center as members of the Western Athletic Conference. They finished the season 12-18, 5-9 in WAC play to finish in a tie for sixth place. They lost in the quarterfinals of the WAC Tournament to Utah Valley

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1972 Cal State Northridge Matadors football team

The 1972 Cal State Northridge Matadors football team represented Cal State Northridge during the 1972 NCAA College Division football season. Cal State Northridge competed in the California Collegiate Athletic Association (CCAA). The 1972 Matadors were led by second-year head coach Rod Humenuik. They played home games at North Campus Stadium in Northridge, California. Cal State Northridge finished the season with a record of six wins and five losses (6-5, 1-3 CCAA). The Matadors outscored their opponents 375-192 for the season, including holding their opponents under 10 points four times.

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Leather Museum, at "Cal Boyer"

The Leather Museum, at the "Cal Boyer" building, headquarter of the museum, constitutes the cornerstone of the museum approach. Due to its characteristics and structure it is a unique and pioneering museum, one of the top three in Europe of its kind. There are three exhibition areas: "leather in history", a "world of leather", and "industrialization". The first one, "leather in history", presents aspects of the production, use and cultural significance of leather in the Mediterranean civilization, from the distant past to recent times, including prehistory, the tanning of hides, leather in ancient Greece and ancient Rome worlds, parchments, bookbinding, shell cordovan use, guadamecil painted or gilded embossed leather (an ancient leather crafting technique), and two traditional professions such as shoemakers and horse tack makers. The second area, "A world of leather" presents issues related to the leather: sport, war, travel, nomads, leather sounds and music, images, and tactile temptations. In the corresponding videos, it presents five interactive modules illustrating some of the properties of the leather: touch, sound, durability, impermeability and the drill. The third area, "industrialization", presents recent technical developments in the manufacturing of leather. It is the natural continuation of a historic route that starts at the old tannery of "Cal Granotes", and therefore the end of the route through the museum. It comprises three stages: tanning in Igualada in 1890, which is the successor of the "Cal Granotes" craft tanning method, the first generation of machines, and finally the industrial phase of leather, with the definitive introduction of mechanization in tanning. It displays the processes of production, with the replacement of old processes of fertilization in holes by modern barrels, and the passage of a rudimentary system of work, supported by individual ability and manual effort, to advanced machining using electricity.

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Problems of Phased Array Ground Penetrating Radar Detection System
Although GPR has been widely used in hydrology, engineering, environment and other fields, many basic theoretical and technical problems have not been fundamentally solved, so the real advantages of GPR have not been brought into full play.The main problems existing in GPR technology include:1) The detection depth is shallow, and the contradiction between detection depth and resolution cannot be overcome. Increasing detection depth means sacrificing detection resolution;2) Multiple spread and other clutter jamming are serious, and there has been no good elimination method, which exists in radars at home and abroad;3) The influence of medium unevenness is great and can not be eliminated, resulting in difficulty in obtaining necessary velocity data;4) The data collection method of single sending and single receiving can provide limited information for post-processing and interpretation.The above problems are fatal defects for GPR. Although many geophysicists, electromagnetic experts and geophysical workers have done a lot of research and improvement on radar antenna design, signal processing and underground target imaging, these works are only partial modifications to the existing GPR system. In order to develop GPR technology, we must update our ideas and solve the problems from the fundamental principle.In view of this situation, experts proposed to develop a new GPR system - phased array GPR detection system in 1999.The basic research idea is to replace the current monopole radar antenna with the phased array radar antenna by using the relatively mature military phased array radar technology. Its purpose is to gather the electromagnetic wave into a narrow beam to transmit underground (or detection object) through the phased array technology, and receive the radar echo signal reflected by the target by using the multi-channel acquisition technology, The advanced data processing is carried out, and finally the three-dimensional image of the internal structure of the detection object is given.Development prospect of ground penetrating radar technologyIt is worth noting that at present, similar products have appeared in the market, such as RIS antenna array series of a company, but these products simply combine multiple monopole antennas into array antennas, which is essentially different from the idea of phased array ground penetrating radar.Because the phased array radar converges the electromagnetic wave into a narrow beam by controlling the phase delay of each channel, the energy is concentrated and the wave front diffusion is small. Therefore, the detection depth of the phased array radar is much larger under the condition of the same frequency and transmission power; On the contrary, under the same detection depth, phased array radar can improve the transmission power, so its resolution is much higher than the existing radar. In addition, since the spherical wave transmission is changed to beam transmission, the influence of medium heterogeneity is much smaller.Secondly, the phased array radar works in a continuous scanning mode and can scan in multiple directions. Therefore, the amount of information is much larger than that of the existing ground penetrating radar. For some special detection work, such as the quality detection of embankment cut-off wall, its role is unmatched by the existing ground penetrating radar (monopole antenna radar can not detect the joints, forks and other defects of embankment cut-off wall at all).Because phased array radar is a multi-channel received signal, multi-channel superposition can be carried out, just like the multiple coverage technology of reflection seismic exploration. Therefore, multiple interference can be greatly eliminated, which is difficult for existing radars. The antenna of high frequency (600mhz-1ghz) phased array ground penetrating radar can be made smaller, and its advantages are unmatched by the existing ground penetrating radar in shallow detection.At present, the system prototype has been completed. The carrier free pulse working system with center frequency of 900MHz is adopted, and the transmitting and receiving antennas are separated. 16 (4 × 4) Transmit channel forming, beam aggregation and scanning 16 (4) × 4) The channel receives the echo, and the optional scanning angles are - 36 °, - 24 °, - 12 °, 0 °, 12 °, 24 ° and 36 °.The software part of the system has rich data processing functions. The main conventional processing includes filtering, gain adjustment, static and dynamic correction, deconvolution, complex signal analysis, time-frequency analysis, etc., and multi-channel data processing, such as velocity analysis, superposition technology, coherence analysis technology, array signal processing, etc. And weak signal extraction, target automatic recognition and inversion interpretation under various clutter interference. A large number of field experiments on concrete detection in Yichang Three Gorges dam are carried out. The experimental results show that the spotlight scanning function of phased array radar has been realized, the penetration depth is greater than 1.5m and the resolution is higher than that of ordinary radar.Editing: hfy
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