Drop Forging

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Bell And Howell Information And Learning - One of the best experts on this subject based on the ideXlab platform.

  • Lima, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Bellefontaine Ave. [1041-1051]; Mandeville Ave.; Shawnee S. n'r Lima Drop Forging Co.; SPECIALS: Lima Driving Park Buildings; Lima Drop Forging Co.; National Tile Roofing Co

  • Alliance, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Franklin Ave. N. [101-159]; Franklin Ave. N. [200-363]; Front [900-1008]; Green Ave. N.; Jersey; Liberty Ave. N. [N. of Patterson]; Noble E. [715-957]; Patterson E. [714-868]; Patterson E. [900-1013]; Pike E. [715-957]; Webb Ave. N. [200-358]; Wood Ave.; SPECIALS: Alliance Gas & Elec. Co.; Franklin Ave. School; Transue-Williams Co. M'f'r Drop Forging

  • Alliance, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Buckeye Ave.; Harrisburg Road; Klinger Ave.; Mahoning Ave. S. [1227-1285]; Penn Ave. [2409-2450]; Union Ave. N. [1000-1048]; Union Ave. S. [2409-2499]; Waugh [1314-1446]; Willow Ave. S. [1226-1239]; Willow Ave. [1226-1239]; SPECIALS: Alliance Drop Forging Co.; Alliance Electric Co.; Alliance Engineering Inc. Hand Garden Tools Mfg.; Alliance M'f'g Co. Shears; Alliance Shop Forging Co.; Campbell Wm. Co. Electric Stoves; Leigh Potters Inc.; Lewis Engineering & Mfg. Co. Lawn Tools Mfg.; McCaskey Register Co. Plant No. 2; Stewart Bros. Paint Co

  • Canton, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Albert [1018-1041]; Bates Court S. E. [1100-1245]; Charles [100-128]; Connor Court S. E. [1133-1235]; Eleventh S. E. [100-300]; Housel Ave. S. E. [1100-1245]; Jackson [100-300]; Market Ave. S. [1100-1256]; Navarre Place S. E. [100-413]; Odd Place S. E. [200-413]; Schauer Place S. E. [100-129]; Sheridan [300-415]; Sycamore Ave. S. E. [1130-1237]; Thirteenth S. E. [101-409]; Twelfth S. E. [300-415]; Wherry Place S. E. [100-416]; Willet Ave. S. E. [1140-1243]; Windsor Lane [1140-1243]; SPECIALS: Canton Drop Forging and M'f'g Co.; Canton Iron and Metal Co.; South Market Street Public Schoo

  • Canton, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Cherry Ave. S. E. [1100-1407]; Connor Court S. E. [1200-1234]; Effinger Place S. E. [416-525]; Eleventh St. S. E. [302-516]; Fourteenth St. S. E. [511-525]; Fourteenth St. S. E. [526-643]; Merriman Place S. E. [430-629]; Odd Place S. E. [430-519]; Rex Ave. S. E. [1100-1235]; Shrivers Run S. E.; Thirteenth St. S. E. [411-429]; Thirteenth St. S. E. [430-519]; Thompson Court S. E. [1101-1233]; Twelfth St. S. E. [416-519]; Wherry Place S. E. [417-432]; SPECIALS: Canton Drop Forging & Mfg. Co. Plant No. 1; Charles Street Mission; Church of Christ (col.) 1217 Cherry Ave. S. E.; Thirteenth Street Church of Go

Sanborn Map Company - One of the best experts on this subject based on the ideXlab platform.

  • Lima, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Bellefontaine Ave. [1041-1051]; Mandeville Ave.; Shawnee S. n'r Lima Drop Forging Co.; SPECIALS: Lima Driving Park Buildings; Lima Drop Forging Co.; National Tile Roofing Co

  • Alliance, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Franklin Ave. N. [101-159]; Franklin Ave. N. [200-363]; Front [900-1008]; Green Ave. N.; Jersey; Liberty Ave. N. [N. of Patterson]; Noble E. [715-957]; Patterson E. [714-868]; Patterson E. [900-1013]; Pike E. [715-957]; Webb Ave. N. [200-358]; Wood Ave.; SPECIALS: Alliance Gas & Elec. Co.; Franklin Ave. School; Transue-Williams Co. M'f'r Drop Forging

  • Alliance, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Buckeye Ave.; Harrisburg Road; Klinger Ave.; Mahoning Ave. S. [1227-1285]; Penn Ave. [2409-2450]; Union Ave. N. [1000-1048]; Union Ave. S. [2409-2499]; Waugh [1314-1446]; Willow Ave. S. [1226-1239]; Willow Ave. [1226-1239]; SPECIALS: Alliance Drop Forging Co.; Alliance Electric Co.; Alliance Engineering Inc. Hand Garden Tools Mfg.; Alliance M'f'g Co. Shears; Alliance Shop Forging Co.; Campbell Wm. Co. Electric Stoves; Leigh Potters Inc.; Lewis Engineering & Mfg. Co. Lawn Tools Mfg.; McCaskey Register Co. Plant No. 2; Stewart Bros. Paint Co

  • Canton, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Albert [1018-1041]; Bates Court S. E. [1100-1245]; Charles [100-128]; Connor Court S. E. [1133-1235]; Eleventh S. E. [100-300]; Housel Ave. S. E. [1100-1245]; Jackson [100-300]; Market Ave. S. [1100-1256]; Navarre Place S. E. [100-413]; Odd Place S. E. [200-413]; Schauer Place S. E. [100-129]; Sheridan [300-415]; Sycamore Ave. S. E. [1130-1237]; Thirteenth S. E. [101-409]; Twelfth S. E. [300-415]; Wherry Place S. E. [100-416]; Willet Ave. S. E. [1140-1243]; Windsor Lane [1140-1243]; SPECIALS: Canton Drop Forging and M'f'g Co.; Canton Iron and Metal Co.; South Market Street Public Schoo

  • Canton, Ohio
    2009
    Co-Authors: Sanborn Map Company, Bell And Howell Information And Learning
    Abstract:

    STREETS: Cherry Ave. S. E. [1100-1407]; Connor Court S. E. [1200-1234]; Effinger Place S. E. [416-525]; Eleventh St. S. E. [302-516]; Fourteenth St. S. E. [511-525]; Fourteenth St. S. E. [526-643]; Merriman Place S. E. [430-629]; Odd Place S. E. [430-519]; Rex Ave. S. E. [1100-1235]; Shrivers Run S. E.; Thirteenth St. S. E. [411-429]; Thirteenth St. S. E. [430-519]; Thompson Court S. E. [1101-1233]; Twelfth St. S. E. [416-519]; Wherry Place S. E. [417-432]; SPECIALS: Canton Drop Forging & Mfg. Co. Plant No. 1; Charles Street Mission; Church of Christ (col.) 1217 Cherry Ave. S. E.; Thirteenth Street Church of Go

Tong H.d. - One of the best experts on this subject based on the ideXlab platform.

  • Temperature balanced hydrogen sensor system with coupled palladium nanowires
    2015
    Co-Authors: Tong H.d., Rijn, Van C.j.m., Puik Erik, Bent Van Der, Franc
    Abstract:

    Author supplied from the article: Abstract A temperature compensated hydrogen sensor was designed and made capable of detecting H2 within a broad range of 100–10.000 ppm while compensating instantaneously for large (±25 °C) temperature variations. Two related operational constraints have been simultaneously addressed: (1) Selective, and sensitive detection under large temperature changes, (2) Fast warning at low and increasing H2 levels. Accurate measurements of hydrogen concentrations were enabled by matching relevant time-constants. This was achieved with a microchip having two temperature coupled palladium nanowires. One of the H2 sensitive Pd nanowires was directly exposed to hydrogen, whilst the other nanowire was used as a temperature sensor and as a reference. A Drop Forging technique was used to passivate the second Pd wire against H2 sensing. Temperature effects could be substantially reduced with a digital signal processing algorithm. Measurements were done in a test chamber, enabling the hydrogen concentration to be controlled over short and long periods. An early response for H2 sensing is attainable in the order of 600 milliseconds and an accurate value for the absolute hydrogen concentration can be obtained within 15 s

  • Temperature balanced hydrogen sensor system with coupled palladium nanowires
    2015
    Co-Authors: Bent, J.f. Van Der, Puik E., Tong H.d., Rijn, C.j.m. Van
    Abstract:

    A temperature compensated hydrogen sensor was designed and made capable of detecting H2 within a broad range of 100-10.000 ppm while compensating instantaneously for large (±25 °C) temperature variations. Two related operational constraints have been simultaneously addressed: (1) Selective, and sensitive detection under large temperature changes, (2) Fast warning at low and increasing H2 levels. Accurate measurements of hydrogen concentrations were enabled by matching relevant time-constants. This was achieved with a microchip having two temperature coupled palladium nanowires. One of the H2 sensitive Pd nanowires was directly exposed to hydrogen, whilst the other nanowire was used as a temperature sensor and as a reference. A Drop Forging technique was used to passivate the second Pd wire against H2 sensing. Temperature effects could be substantially reduced with a digital signal processing algorithm. Measurements were done in a test chamber, enabling the hydrogen concentration to be controlled over short and long periods. An early response for H2 sensing is attainable in the order of 600 milliseconds and an accurate value for the absolute hydrogen concentration can be obtained within 15 s.

Rijn, C.j.m. Van - One of the best experts on this subject based on the ideXlab platform.

  • Temperature balanced hydrogen sensor system with coupled palladium nanowires
    2015
    Co-Authors: Bent, J.f. Van Der, Puik E., Tong H.d., Rijn, C.j.m. Van
    Abstract:

    A temperature compensated hydrogen sensor was designed and made capable of detecting H2 within a broad range of 100-10.000 ppm while compensating instantaneously for large (±25 °C) temperature variations. Two related operational constraints have been simultaneously addressed: (1) Selective, and sensitive detection under large temperature changes, (2) Fast warning at low and increasing H2 levels. Accurate measurements of hydrogen concentrations were enabled by matching relevant time-constants. This was achieved with a microchip having two temperature coupled palladium nanowires. One of the H2 sensitive Pd nanowires was directly exposed to hydrogen, whilst the other nanowire was used as a temperature sensor and as a reference. A Drop Forging technique was used to passivate the second Pd wire against H2 sensing. Temperature effects could be substantially reduced with a digital signal processing algorithm. Measurements were done in a test chamber, enabling the hydrogen concentration to be controlled over short and long periods. An early response for H2 sensing is attainable in the order of 600 milliseconds and an accurate value for the absolute hydrogen concentration can be obtained within 15 s.

Bent Van Der, Franc - One of the best experts on this subject based on the ideXlab platform.

  • Temperature balanced hydrogen sensor system with coupled palladium nanowires
    2015
    Co-Authors: Tong H.d., Rijn, Van C.j.m., Puik Erik, Bent Van Der, Franc
    Abstract:

    Author supplied from the article: Abstract A temperature compensated hydrogen sensor was designed and made capable of detecting H2 within a broad range of 100–10.000 ppm while compensating instantaneously for large (±25 °C) temperature variations. Two related operational constraints have been simultaneously addressed: (1) Selective, and sensitive detection under large temperature changes, (2) Fast warning at low and increasing H2 levels. Accurate measurements of hydrogen concentrations were enabled by matching relevant time-constants. This was achieved with a microchip having two temperature coupled palladium nanowires. One of the H2 sensitive Pd nanowires was directly exposed to hydrogen, whilst the other nanowire was used as a temperature sensor and as a reference. A Drop Forging technique was used to passivate the second Pd wire against H2 sensing. Temperature effects could be substantially reduced with a digital signal processing algorithm. Measurements were done in a test chamber, enabling the hydrogen concentration to be controlled over short and long periods. An early response for H2 sensing is attainable in the order of 600 milliseconds and an accurate value for the absolute hydrogen concentration can be obtained within 15 s

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