| Original Papers | |||
| A Study on the Plan of the Problem-Solving Processes in a Technical Task. | Kazuyuki SADA and Masashi MATSUURA | 1-8 | |
| Structure of comprehension ability in Industrial Arts Education and its teaching materials | Yasutaka TAKEMATSU | 9-15 | |
| J-CAD for Information Basis in Industrial Arts and Homemaking at the Lower Secondary School. | Akihiro KAWASHIMA and Tetsuo KANAI | 17-24 | |
| A Simple Measurement Method of Impedance by Personal Computer. | Hiroshi ASANO,Takahiro ARA and Shoichi ODA | 25-32 | |
| Study on the Functions of Teaching Materials in the Industrial Arts Education. On the General Use of Teaching Materials in the Instructional Process. | Toshio ISHIZUKA and Hidetoshi MIYAKAWA | 33-40 | |
| Experimental Model of a Simplified Data base for Screw fasteners using preferred Numbers. | Minoru TANAKA, Ryo KIMURA and Heiji INOUE | 41-47 | |
| Technical Information | |||
| A Research on Information Education Using Hyper Text. | Atsushi HIROKAWA and Hitoshi JOH | 49-56 | |
| Study on Uneasy Feeling to the Leading of "Joho-Kiso" Region. | Takehiko KADOWAKI, Hidetoshi MIYAKAWA and Noriyuki ARAKI | 57-63 | |
| Special Article | |||
| 1993 Symposium Report: new trends on technology education. | 65-73 |
Vol.36 No.2
| Original Papers | |||
| Building up the Schama of Skill at First Step by Cognitive Approach in the Subject of Technology | Masaki DAIDO and Masashi MATSUURA | 75-81 | |
| A Study on Sex-Related Differences in Technical Arts Education of Junior High School | Takashi NAKAMURA and Terutaka TMAI | 83-89 | |
| Some Issues on Scholastic Ability in Industrial Arts Education | Akihisa ADACHI and Jyouici KIRITA | 91-96 | |
| A Comment on Hammers | Satoshi EMA | 97-104 | |
| Development of a Combustion Device with a Carburator Using Capillary Tubes for Measuring Fuel Volume | Hiroshi OKURA ,Tomotsugu TOSHIMA, Sei UEDA and Naobumi SUMI | 105-110 | |
| Development of Selection System for Woodworking Practical Subject of Technology Education in Junior High School | Akinori YAMASHITA ,Ikuo NAGASAWA and Masaaki TSUKAMOTO | 111-118 | |
| Study on the Teaching Materials for Learning Machine Controlled by Sensor and Computer | Hiroshi SATO , Yasuhiko IRIKURA and Takeshi WATANABE | 119-126 | |
| Group Delay Characteristics of Magnetostatic Backward Waves on the YIG Film | Toshinobu YUKAWA , Tadashi YAMANA and Tsutomu KUBO | 127-133 | |
| Effects of Semiconducting Carriers on the Propagation Characteristics of Piezoelectric Waves | Toshinobu YUKAWA , Tadashi YAMANA and Tsutomu KUBO | 135-143 | |
| Test Results of Food Processing Using Far Infrared Rays | Shohei OSADA and Satoshi KATAYAMA | 145-154 | |
| Special Article | |||
| The problem of "Cultivation" Area in the Industrial Arts in Junior High School | |||
| Chapter 1. | |||
| Practicable Measures to Improve Low Selection Rate of Plant Cultivation in the Subject of Industrial Arts in Junior High School | Hideo TSUCHIYA and Tadashi YANAGAWA | 155-160 | |
| Chapter 2. | |||
| The Prospects for the Learning of Cultivation in the Industrial Arts in Junior High School | Sadato YAMAZAKI | 160-166 |
Vol.36 No.3
| Original Papers | |||
| A Study of Technical Ability. －Changes in Self-Evaluation Ability Realized in Process of Class－ | Shigeki ANDOH and Hitoshi JOH | 167-173 | |
| Modal Shape Excited on Hammer Handle in Hitting Operation | Mitsuyosi SHIMAMOTO,Hideki NAKAYAMA,Okitsugu SAKATA,Kazutoyo KAWANO,Yoshibumi KINOSHITA and Shiro OZAKI | 175-183 | |
| A Fundamental Study on Fostering Creativity in Industrial Arts Education ：A Consideration about Learning Programming, the Use of Spread Sheets and Databases | Yasuhiro NAKASHIMA and Hidetoshi MIYAKAWA | 185-191 | |
| Teaching the Pressure Changes by Heat Addition in Cylinders and the Moving Piston in Learning about Internal Combustion Engines：A Learning Method on the Formation of Understanding | Makoto arikawa, Masao Uesato and Masami SABURI | 193-199 | |
| Some Aspects of the Teaching and Evaluation Methods Used in Industrial Technical Schools of the Kobe and Osaka Areas | Martinez MERCADO, A and Hitoshi JOH | 201-206 | |
| Strength Evaluation of Si3N4 Specimens with Different Notches or Dimensions | Yoshinori EBIHARA | 207-213 | |
| Development of the Learning System of the Computer-Controlled Machining | Takuji MURAO and Nobuaki OOUCHI | 215-221 | |
| Educational Reports | |||
| Teaching Materials to Find out the Learned Problems and Teaching - Learning Process | Yoshimi KONDO | 223-228 | |
| Parallel-Distributed Processing of Programs with the Use of PC-LAN | Minoru MATSUYAMA and Toshiaki YOKOI | 229-235 | |
| Technical Information | |||
| CAI Courseware for Basic Experiment of Mechanical Engineering | Satoshi EMA, Tadashi YAMANA and Tsutomu KUBO | 237-242 |
Vol.36 No.4
| Original Papers | |||
| Graphical Analysis of Impedance Using a Circle Diagram (vector locus) | Kiyonobu KUSANO and Tohru YOSHIKI | 243-251 | |
| A Study on the Improvement of a Multiblade Fan Impeller for the Connection with a Smaller Duct | Takenori OGAWA, Nobuyoshi HISAMITSU and Yasuhiro KURODA | 253-259 | |
| A Fundamental Study on Driving a Nail | Satoshi EMA,Tadashi YAMANA, Tsutomu KUBO and Akira SAWATARI | 261-268 | |
| Development of an Automatic Playing System of a Xylophone Using a Servo Control | Naoya KAWASAKI and Tohru YOSHIKI | 269-275 | |
| Selecting the Most Effective Abrasive Paper and Plate for Sanding lumber Surface and an Induction of a Simple Type of Surface Roughness Measuring Instrument at Wood Working Practice in the Industrial Arts | Masabumi KOZIMA, Tadashi YAMANA, Masatoshi SUGIMORI and Tsutomu KUBO | 277-282 | |
| Alteration of Knowledge Network of Students in Technical Arts | Tadashi KUBO and Masashi MATSUURA | 283-289 | |
| A D/A and A/D Conversion Device Connected with a Printer Interface for a Teaching Material | Fumiaki TAZIMA and Takashi TAKESAWA | 291-296 | |
| Educational Reports | |||
| Development of Practice Subject Matter, "Sprey -Can Boring Gadget", in Metal Working | Minoru TERAISHI and Shigeki ANDOH | 297-303 | |
| A Recording Equipment of Protocal in Programming and Experimental Use | Takeshi HONGO | 305-312 | |
| A Simple Test Method for Evaluating the Mechanical Properties of Wood | Yoshiaki TANIGUCHI, Katsumi MIZUTANI and Yoshifumi KOBAYASHI | 313-318 | |
| Development of the Learning of Making a Knife by Means of Forging in Junior High School. -Possibility in the Coeducational Class- | Toshiaki HATA, Isamu NAKAMURA and Shigeru SAEGUSA | 319-325 |
| Original Papers | |||
| On the Development and Motion Control Method of a Jointed Robot Arm with Four Degrees of Freedom | Hiroshi OKURA, Sei UEDA and Takeshi YANO | 1-6 | |
| A Proposal for the New Syllabus of "Material" Education in the Industrial Arts | Nobuyoshi HISAMITU, Takenori OGAWA and Tsuyoshi YAGI | 7-12 | |
| Small DC Motor Drive with Digital PWM Circuit Using Personal Computer | Haruyosi AKIBA | 13-21 | |
| A Measurement of Consciousness of Industrial Arts Teachers about Contents of Instruction and Syllabus Construction | Mitsuo KAWATANI, Takenori OGAWA and Nobuyoshi HISAMITU | 23-32 | |
| Effect of Media and Concentration of Nutrient Solution on the Flowering and Growth in Marigold | Hiroo SHIGEOKA and Shigeru MASUDA | 33-38 | |
| Educational Reports | |||
| Drawing Maps as an Exercise on a Word Processor | Shunsuke HOZUMI | 39-44 | |
| A Pilot Study on "KADAI KENKYU" -Subject Study-in the Technical High School | Toyoshi IMACHI and Hitoshi JOH | 45-55 | |
| "Comparison" as a Stand-point for Developing Subject Matters and Practice of Laboratory Work | Kiyoomi TANAKA, Mitsuo TAKAHASHI and Takashi WARASHINA | 57-64 | |
| Technical Information | |||
| Development of Hardness Tester for the Region of Material Processing in Technical Education | Takao YAKOU, Susumu ARAKAWA and Kaoru NAGATA | 65-69 | |
| Characteristics of Water Paint for Wood and Using for Teaching Materials | Takahiro SAKAI, Masafumi KOJIMA, Masatoshi SUGIMORI, Tadashi YAMANA and Tsutomu KUBO | 71-75 | |
| Adhessive Property of Water Paint for Wood under Various Condition at Coating Practical Subject | Takahiro SAKAI, Masatoshi SUGIMORI, Masafumi KOJIMA, Tadashi YAMANA and Tsutomu KUBO | 77-80 | |
| Historical Development of Technology Education in Iwate Prefecture.－Focusing upon Metal Work Area－ | Tsunetaka YOKOO and Katsunori TAKAHASHI | 81-89 | |
| An Analysis of Nature Environmental Issue by the Concept of Entropy | Kazushi FUJIWARA | 91-98 |
Vol.37 No.2
| Original Papers | |||
| Distributions of the Turbulent Energy in a Wall-attachment Fluid Amplifier During the Switching Process | Takuji MURAO, Kouzou SUDOU and Tashihiro TAKAMI | 99-104 | |
| Trial Manufacture and Performance of Stirling Engine as a Teaching Material | Masahiro HUKUSHIMA,Yasuhiro YOSHIMOTO and Minoru TUKAHARA | 105-110 | |
| A Study on Achievement Motive in Technology and Science Learning in a Jr.High School | Hiroaki OGUNI and Masaaki TSUKAMOTO | 111-121 | |
| On the Relationship between Achievement Motive and Academic Achievement in Technology and Science Learning in a Jr.High School | Hiroaki OGUNI and Masaaki TSUKAMOTO | 123-130 | |
| On the Educational Facilities of the Handicraft Education in the Meiji Period | Hiromichi MIYAZAKI | 131-138 | |
| Analysis of Work of Middle-School Girl Students in Handsawing Exercise | Kenichi MATSUDA and Sinichirou TUJI | 139-146 | |
| Ultra-Low Frequency Opto-Isolato Type Switching-Mode Transformer | Masayoshi MIYAUCHI | 147-154 | |
| Development of the Teaching Material of Internal Combustion Engine by an Animation Using a Personal Computer | Makoto KINEFUCHI, Takashi TORII and Noriaki KANNO | 155-162 | |
| Development and Application of Three Dimensional Measuring Apparatus Using Printer Interface | Hiroshi OKURA,Naobumi SUMI and Sei UEDA | 163-169 | |
| A Study on Students' Attitude towards Class of Industrial Arts | Yukio TAURA and Masashi MATUURA | 171-178 | |
| Educational Reports | |||
| Study on the Teaching Recycle in Metal Working …Environment Education Using Aluminum Can… | Hiroshi SATO, Kazuto ONO and Takeshi WATANABE | 179-187 | |
| Technical Information | |||
| Measurement of Luminance Using CCD Sensor | Michio KOZUKI and Kazuyoshi MASUMI | 189-194 | |
| The Influence of the Images Produced by Behavior and Language on the Motor Skill Acquisition | Kousaku DOI | 195-204 |
Vol.37 No.3
| Original Papers | |||
| The Corrective Behaviors at the Problems Solving in Technical Task | Kazuyuki SADA and Masashi MATSUURA | 205-212 | |
| Influence of the Oxide Film of Work on Tool Wear during the Drilling of Carbon Steel S50C | Takao YAKOU and Susumu ARAKAWA | 213-219 | |
| Development of Computer Program Simulating Phase Diagrams Solidification Behavior of Binary Alloy | Akira YAMADA | 221-226 | |
| Development of Woodworking Practical Subject Selection System with Aid of Computer for Junior High School Teacher | Ikuo NAGASAWA, Akinori YAMASHITA and Masaaki TSUKAMOTO | 227-232 | |
| A New Classification of Operating Modes in Step-up Switching Regulators | Kiyonobu KUSANO and Masao SATOH | 233-241 | |
| A Measurement of Consciousness of Industrial Arts Teachers about Environmental Education | Mitsuo KAWATANI, Takenori OGAWA and Nobuyoshi HISAMITSU | 243-251 | |
| An Analysis of Teaching Behavior for a Course in Mechanical "Cutting by Gas" and "Ark Welding" in High School | Takenori MOTOMURA and Ryozo OYAMADA | 253-260 | |
| Educational Reports | |||
| A Study on Adapting the Plywood Manufacturing to the Teaching Material | Yoshiaki TANIGUCHI, Katsuki MIZUTANI and Makoto YOSHIDA | 261-267 | |
| The Development of Video Teaching Aids as to the Shrinkage Deformation of Wood and the Making Good Use of Them for CAI Study | Yasunori KAWAI, Ken-etsu NARITA and Yuji HIROYA | 269-276 | |
| Technical Information | |||
| Difference between Teachers' Intentions and Students' Understanding in Technical Arts | Tadashi KUBO and Masashi MATSUURA | 277-285 | |
| A Production Method of Printed Interface-Board using CAD software | Masaharu YOSHIDA, Tsutomu KUBO and Tadashi YAMANA | 287-291 | |
| Special Article | |||
| The Actual Situation and Prospects of Electricity Territory of Technology Education | Masanori NAKAHASHI | 293-301 |
Vol.37 No.4
| Original Papers | |||
| Design of a chopper type step-up Switching regulator operating in the light load mode | Kiyonobu KUSANO and Masao SATOH | 303-311 | |
| A Study on Teaching Material for Leaning Spur Gear by Taking Tooth Profile into Account | Minoru TANAKA, Kenji FUJII and Heiji lNOUE | 313-319 | |
| Utilization of Herbs in Cultivation Class at Junior HighSchool：Cultivation of Lavender in the Warm Region of Southwest Japan | Takaaki ISHII | 321-325 | |
| Trial Manufactures of Controlled Chamber Which is Windless, Constant Temperature and Constant Humidity Applied Far infrared Rays | Shohei OSADA | 327-334 | |
| Drying of furnitures using far-infrared rays | Shohei OSADA | 335-346 | |
| The Simulation of Water Potential in Plants | Yoshiham MASUDA and Shigeki MURAMATSU | 347-352 | |
| Brittle Fracture and Adhesion on Tool Face of Cemented Carbide during Interrupted Cutting | Takao YAKOU | 353-357 | |
| Development of a Stirling Cycle Engine System in Teaching the Basic Principle of Energy Conversion | Hiroshi OKURA | 359-364 | |
| A Hamonic Analysis of Diode Bridge Rectifier with a DC Filter Capacitor | Susumu KITAMORl | 365-371 | |
| Technical Information | |||
| Perspectives of Industrial Arts Teachers on the Relative Ease of Teaching the Six Regions．Influence of Teaching Certificate and Regions of Graduation Thesses | Shiro OZAKI, Yoshihisa OKAMURA and Kazutoyo KAWANO | 373-379 | |
| Development of a Transfer Function Analyzer and its Application to Learning | Yoshimasa INAI, Masayoshi MIYAUCHI and Yasushi HONDA | 381-386 | |
| Development of a Teaching Plan Database through Personal Computer Communications | Koichi KATO, Akihiro KONDOU, Yoshihiko IWAI, Katsutoshi TAKAHASHI and Shoji ASAMI | 387-393 | |
| Present State of Environmental Education in Japanese Junior High Schools | Mitsuo KAWATANI, Takenori OGAWA and Nobuyoshi HISAMITSU | 395-405 |
| Original Papers | |||
| Development of a Distribution System of Exerciese at the Computer Practice | Takeki YAHIRO | 1-7 | |
| Development of a remotely controlled moving vehicle using an ultra red-ray transmission | Naoya KAWASAKI and Kazuto ORITA | 9-16 | |
| A Study on try to make out an Attitude Scale for Fomative Evaluation of Industrial Arts． | Yukio TAURA and Masashi MATSUURA | 17-27 | |
| Prevention of the Loosening of Threaded Fasteners by Anaerobic Adhesives | Nobuyosi HISAMITSU, Takenori OGAWA and Seiji INOUE | 29-35 | |
| A Study on Producing the Video Program for the Learning of Woodworking ． On videotaping the processes of shrinkage and swelling due to water absorbing and evaporating, Planing by the hand plane and mortising by the hollow chisel． | Yoshiaki TANIGUCHI, Takashi NISHIOKA, Katsuki MIZUTANI and Makoto YOHIDA | 37-42 | |
| Educational Reports | |||
| CAI Introduced Peripheral Equipments Which Students Learn Actively | Kenji BABA and Kiyoomi TANAKA | 43-48 | |
| Technical Information | |||
| A Comparison of "Fundamental of Information Science and Technology" area in Japanese Industrial Arts Education with Computer Education in Texas, U.S.A． | Takashi KUMAMOTO and Hidetoshi MIYAKAWA | 49-59 | |
| Special Article | |||
| Issues and Prospects in the Teaching of Metal Working in Technology Education ． | Yasuhiro MADA and Ryoya MAKINO | 61-68 |
Vol.38 No.2
| Original Papers | |||
| Development of a linear slide type inverted pendulum and its simulation software using an animation | Seiya YOGO, Naoya KAWASAKI and Takao OHDACHI | 69-76 | |
| Examination of Vocational High school Students' Attitude Towards School as It is Related to Their Concept of Work | Nagahiro KAKIHARA and Masashi MATSUURA | 77-84 | |
| Development of Selection System for Woodworking Practical Subject of Technology Education for Junior High School Pupil and Example of one Practice | Ikuo NAGASAWA, Akinori YAMASHITA and Masaaki TSUKAMOTO | 85-89 | |
| A Shunt Motor Drive with Thyristor Chopper Circuit using Personal Computer | Haruyoshi AKIBA | 91-101 | |
| Students' Consciousness and Images about their Learning of Working in Industrial Arts | Kimihito TAKENO and Masashi MATSUURA | 103-110 | |
| An Extended Genetic Algorithm with Variable-Length Genes for Real Type Optimization Problems | Tatsuro SHINCHI and Haruhiko NISHIMURA | 111-115 | |
| Technical Information | |||
| Development of "A Study of Motors"：A HyperText Teaching Tool | Yoshio SUZUKI, Atsushi TOYAMA, Takashi ABE and Takeshi SAKAGUCHI | 117-124 | |
| Development of an Compact Apparatus for Measuring Knife Sharpness in Learning Woodworking | Chutaro KATO and Hideo SATO | 125-129 |
Vol.38 No.3
| Original Paper | |||
| A Diagnostic Check of Two Japanese Junior High School Industrial Arts Textbooks Against Piaget's Developmental Stages. : A Review of the Cultivation Areas | Hideo TSUCHIYA and Joichi KIRITA | 131-137 | |
| Establishing the Location of Coordinates in a 3 Dimensional Coordinate System:-Investigating the Difficulties Involved with Establishing the Location of Coordinates through Imaging- | Kosaku DOI | 139-145 | |
| Development of Computer Simulation Program for Dislocation. | Akira YAMADA | 147-151 | |
| The locus of the output wave of the Colpitt's type oscillator on the output characteristics chart | Kiyonobu KUSANO | 153-160 | |
| Two Methods for Performing Parallel Arithmetic Operations on Three-Ports Massively Parallel Computers | Hidetake FUNAKI, Hiromi KOBAYASHI, Hiroaki YAMAMOTO and Hiroo YAMAMURA | 161-169 | |
| Practical Papers | |||
| Growing Tissue Cultures from Potato Buds in Junior High School | Yukio ITO, Sinobu WAKATA and Hisami SASAKI | 171-178 | |
| A Study on Producing Edge-grain Joints in Woodworking Classes. | Yoshiaki TANIGUCHI, Katsuki MIZUTANI, Yoshinori NAKANO and Makoto YOSHIDA | 179-185 | |
| The Development of a Computer Based VTR Data Acquisition System and Its Application in the Analysis of Students' Activities in Industrial Arts | Kunio UEDA | 187-194 | |
| Noise Reduction Using Cascaded FIR Filters | Susumu KITAMORI | 195-202 | |
| Technical Information | |||
| Junior High School Students' Knowledge of the Term "Energy", and Their Understanding of Related Concepts | Makoto ARIKAWA, Masao UESATO and Masami SABURI | 203-208 | |
| Learning about Woodworking by Maintaining and Repairing Wooden Products | Masayuki NAKAZATO | 209-214 | |
| A Study of the Difficulties Encountered when Teaching the Fundamentals of Information Science and Technology | Haruhisa YAMAGUCHl | 215-222 | |
| A Learning System for Production Scheduling | Kazumasa OHASHI and Noriya KAYAKI | 223-229 |
Vol.38 No.4
| Original Paper | |||
| A Study on the Operation of Keyboards in Junior High School | Satoshi EMA, Hiroaki ODAKA and Akira SAWATARI | 231 | |
| Images of Scanning Tunneling Microscope (STM) for the Surface of Metal Conductors and their Features | Hiroshi OHSALKI, Terutaka TAMAI | 241 | |
| Experimental Teaching Materials The Basic Electric Circuit Using a Personal Computer | Hiroshi ASANO, Takahiro ARA | 249 | |
| Structural Analyses of Junior High School Thinking Process While Involved in Computer Programming | Jun MORIYAMA, Jyoichi KIRITA | 255 | |
| Development of an Automatic Programming System for a Numerically Controlled Router to be used as an Electromechanical Teaching Material | Hiroshi OKURA, Hiroshi KOJIMA, and Naobumi SUMI | 263 | |
| Practical Papers | |||
| Development of Subject Matter: Construction of "Letter Weight Scales" and the appropriate Use | Minoru TERAISHI, Shigeki ANDOH | 271 | |
| Technical Information | |||
| Ten-year Fact-finding Investigations into the Life Skills Possessed by Junior High School Freshmen and the Relationship to Industrial Arts and Homemaking | Shigeki ANDOH, Hitoshi JOH | 279 | |
| A Study on the Standard Teaching Materials Used in Technology Education | Makoto KIMURA | 287 | |
| An Example of (hands-on) Practical Co-operative Guidance Offered by a Skilled Construction Worker in a Junior High School Technology Education Woodworking class. | Kaoru BANSHOYA, Kazuyuki NAGATOMI | 291 |
| Original Papers | |||
| Development of a VR-Type Linear Stepping Motor and the Construction of a Practical Training System Related to its Control Circuits | Hiroshi SHIRAHAMA | 1-9 | |
| A Conceptual Framework for Fostering Operational Ability in Technology Education | Yoshimi KONDO | 11-18 | |
| A Butterworth Bandpass Filter Using Mutators | Susumu KITAMORI | 19-23 | |
| Stresses and Deformations of Curved Tubes which have a "D" Type Cross Section | Yasuhiro TOMINAGA | 25-32 | |
| Analysis of Stress Distribution in Simple Glued Lap Joints under Shear Load | Satoki KOHNO, Okitsugu SAKATA, Akira KIKUCHI,Kazutoyo KAWANO, Yoshibumi KINOSHITA, Kohichi MIYASHITA | 33-41 | |
| Preventing the Loosening of Threaded Joints Under Transverse Vibration Using Anaerobic Adhesives | Nobuyoshi HISAMITSU, Takenori OGAWA, Masashi TOKITOU | 43-48 | |
| Practical Paper | |||
| The Development of a Measurement and Simulation System for Assisting with the Design of a Mono－Transistor Amplifier in Technology Education | Hirotaka DOHO, Kunio UEDA | 49-58 | |
| Technical Information | |||
| CAI for Machine Design －Design of Hand Winches－ | Satoshi EMA, Hiroaki ODAKA | 59-65 | |
| School Report | |||
| (Preface) | 67 | ||
| (Creation of class which student independently studies) | 69-72 | ||
| (Manufacture study deepened from affecting suitable of child) | 73-76 |
| Original Papers | |||
| Study of Teaching and Learning Methods Based on the Pragmatic Schema of Students in Industrial Arts Education - About the Function and Construction of Thermostat - | Yoshihiro MASUO | 77-85 | |
| Research on the Cause and Effect Relationship between Factors Related to Improving Students' Computer Program Design Ability in the Realm of Information Basics. | Jun MORIYAMA, Jyoichi KIRITA | 87-95 | |
| The Effect of Processing Conditions on the Machinability of a Wear Resistant Copper Alloy. | Yukinobu HORITA, Hisakimi NOTOYA, Shigeru YAMADA | 97-102 | |
| Practical Paper | |||
| The Development of a System to Measure and Evaluate Hand Planed Surfaces | Kunio UEDA, Shigeru SAMUTA, Ikunobu KADOBO | 103-110 | |
| The Development of a Method for Soldering Aluminum Alloys in the Industrial Arts/ Home Economics Metal Working Class | Tadashi YAMANA, Hiroaki ODAKA, Kan TSUJI | 111-116 | |
| Technical Information | |||
| The Educational Effects of Introducing Computers as a Means of Studying into Wood Processing Classes | Hirotugu TAGUCHI, Yasuo OHSAKO | 117-122 | |
| Research on the Usefulness of the Junior High School Industrial Arts and Homemaking Subject Areas as Displayed During the Great Hanshin and Awaji Earthquake Disaster | Shigeki ANDO | 123-129 | |
| Development of a Measuring Tool for Setting the Depth of Cut on a Japanese Hand Plane | Kazuyuki NAGATOMI, Katsuhiko YOSHIDA, Yoshiyasu NAKATSUKA, Tomohiro NONAKA | 131-137 | |
| School Report | |||
| (About promotion of the teaching material development of the Industrial Arts/ Home Economics in Shimane Pref.) | 139-142 | ||
| (Curriculum organization which centers on theme manufacture and development of compound theme) | 143-146 |
| Original Papers | |||
| Design of a Simple and Variable Constant-Current Source and Its Applications | HiroshiShirahama and Kiyonobu Kusano | 147-156 | |
| Mouse Point Operations of Junior High School Students | Satoshi EMA, Hiroki ICHIOKA and Taketora YOSHIDA | 157-165 | |
| Technical Information | |||
| Research on Students' Practical Lessons in Industrial Arts | KunioUEDA, Takahiro MIYANO | 167-167 | |
| Senior High School Information Literacy - Comparing the Content Emphasized in the Textbooks with the Content Valued by Industry | Haruhisa YAMAGUCHI | 177-184 | |
| Development of a Portable Brinell Hardness Tester for Wood | Seiji Hirata,Kaneharu Makino | 185-190 | |
| A Study on Motivation to Learn in Industrial Arts Classes -The Development of a Scale to Measuring the Motivation to Learn | Shinichi HARADA, Masashi MATSUURA, Shigeki ANDOH | 191-196 | |
| Development of Multi- Media CAI Teaching Materials Related to Machine Tools | Ryoya MAKINO, Toshikazu YAMAMOTO, Masaaki TAKAHASHI | 197-204 | |
| School Report | |||
| (Production of 'Environmental いろは cards'by which computer is used) | 205-208 | ||
| (Making of text for guidance in technologyl education) | 209-212 |
| Original Papers | |||
| Development of a Digital Signal Processing Type AC Phase Control Circuit | Haruyoshi AKIBA and Yoshinori SUYAMA | 213-220 | |
| The Transmission Characteristics and a Design for a Chebyshev-Type Low-Pass Filter with Complex Poles | Junji FURUYA and Motoharu HAYASHIKAWA | 221-230 | |
| Development of a Teaching Tool which Measures the Surface Roughness of Metals: A Simple Surface Roughness Meter Using a Semiconductor Laser | Toshikazu YAMAMOTO, Ryoya MAKINO, Masahiro UEDA | 231-237 | |
| Development of Computer Assisted Learning Teaching Materials that Focused on a Systematic Approach to Teaching Optics | Shin-ichi OKUNO, Kazuto TAKAHASHI, Momoko ARAI, Kiichiro KAGAWA | 239-247 | |
| Technical Information | |||
| The Development of a Teaching Aid for Teaching the Stroke Order of Chinese Characters Using an Authoring Tool. | Akihiro JKAWASHIMA, Takamasa ASAI | 249-255 | |
| An Analysis of the Current Status of Fundamental Courses Related to Information [Technology] in a Comprehensive Program of Study | Takeshi HONGO, Akira KIKUCHI | 257-264 | |
| School Report | |||
| (Device and the guidance of teaching material and teaching tool to acquire basic technology) | 265-268 | ||
| (Power where lives in stoutness through making thing and class practice by which learns voluntarily and thought creation is brought up) | 269-272 | ||
| Special Article | |||
| A Perspective on Technology Education for 21st Century | Dr. William E. Dugger, Jr. | 273-280 |
| Original Papers | |||
| A Study of Mental Image as it Relates to Problem-Solving Performance in the Woodworking Area | Kimihito TAKENO, Masashi MATSUURA | 1-7 | |
| Development of a Teaching Tool which Assists Students with Driving Nails Perpendicularly: A Simple Nail Position Measuring Device that Uses Hole Sensors | Toshikazu YAMAMOTO, Ryoya MAKINO | 9-15 | |
| The Development of a Color-Sensitive Display Controlling Interface | Makoto KINEFUCHI, Takashi TORII, Akinobu ANDO, Noriaki KANNO | 17-22 | |
| self-consciousness Related to Manual Dexterity or Clumsiness among Primary and Secondary School Students | Kosaku Doi | 23-31 | |
| Design of an Inductance Loaded Amplifier | Kiyonobu KUSANO | 33-42 | |
| Technical Information | |||
| The Process of Establishing the Industrial Arts and Homemaking - Until 1956 | Hiroshi KAMEYAMA | 43-52 | |
| School Report | |||
| (Practice of robot contest in technological department) | 53-56 | ||
| (Teaching material development for electromagnetism study and development of study) | 57-60 | ||
| Original Papers | |||
| The Effect of Different Teaching Materials on Students' Affective Domain When Learning Computer Programming in Fundamentals of Information Science and Technology Classes | Takeshi Hongo | 61-69 | |
| Gentarou Tanahashi and Craft Education: Tanahashi's Contribution to Craft Education | Yoshihiko KOIDE and Fumihiko ISHIDA | 71-79 | |
| Morphology of Brittle Fractures in Cemented Carbide Tools as Determined through Simulation Tests of Intermittent Cutting | Takao YAKOU and Fumiko SUMIDA | 81-86 | |
| Practical Paper | |||
| The Production of a Kerosene Burning Crucible Furnace and a Lesson in Casting Aluminum | Toshikazu YAMAMOTO and Ryoya MAKINO | 87-93 | |
| Technical Information | |||
| Development of a Multi Port I/O Interface Using a Printer-Port and a RS-232C | Masato Mori, Yutaka Shida, and Nobuyasu Sato | 95-102 | |
| Development of a Scale that Measures Students' Emotional Awareness When Making Products in a Middle School Technology Education Class | Tetsumi UNO, Masashi MATSUURA, and Shigeki ANDOU | 103-110 | |
| School Report | |||
| (Development of regional teaching material in wood processing education) | 111-114 | ||
| (Device of study process based on jigusoh route) | 115-118 | ||
| Special Report | |||
| (History of technological department education and view (1)) | 119-124 | ||
| Original Papers | |||
| Development and Evaluation of a Computer Controlled Blue and Red LED Lighting System Used to Affect Plant Growth | Tomohiro YANAGI, Shinji Kondo, Kensyo OKAMOTO, Shinnichi TAKITA | 125-130 | |
| An Evaluation of Gentarou Tanahashi and Craft Education: Participation in Writing `Shukou Ka Kyouju Sho` Related to the History of Craft Education | Fumihiko ISHIDA,Yoshihiko KOIDE | 131-137 | |
| Practical Paper | |||
| Instruction in Logic Circuits Using Computer Aided Instruction Software | Takashi Shizukuishi,Masahiro Karihara,Yutaka Shida,Nobuyasu Sato | 139-146 | |
| Development of Teaching Tool Related to the Generation of Electricity from Solar Energy | Toshikazu YAMAMOTO,Ryoya MAKINO | 147-153 | |
| Problem Solving Teaching Methods and their Influences on Student Motivation toward Learning in Technology Education | Jun MORIYAMA,Jyoichi KIRITA,Kene KIDA | 155-162 | |
| School Report | |||
| ("Information base" About the promotion of the practice power of the information use in the area) | 163-166 | ||
| (Development of study teaching material which uses infrared rays) | 167-170 | ||
| Special Report | |||
| (History of technological department education and view (2)) | 171-180 | ||
| Original Papers | |||
| Effect of the Thermophysical Properties of Metal Wire on the Pressure Generated by an Electric Explosion in Water | Hiroshi SAITO, Gen FUTADA, Yasuhiro SATO | 181-187 | |
| Gentaro Tanahashi and Craft Education - Tanahashi's Theory of Craft Education | 189-194 | ||
| A Study of Structural Connection on Factors of Learning Programming | Haruhisa YAMAGUCHI | 195-202 | |
| A Computer Aided Evaluation and Training System for Setup Operations at a Machining Center | Kazumasa OHASHI | 203-209 | |
| Information Science and Technology in School Education with Lifelong Learning as a Consideration | Akira KIKUCHI, Takeshi HONGO &, Masayasu NAGAMATSU | 211-221 | |
| Practical Paper | |||
| A Case Study on the Relationship between Students' Selection of Optional Subjects and their Future Careers in the Integrated Course at the University of Tsukuba Senior High School at Sakado | Sadao Fukasaku | 223-231 | |
| Technical Information | |||
| Production of a Simple and Reasonable Desktop Clean Bench and its Evaluation | Shin-ichi OKUNO | 233-239 | |
| School Report | |||
| (Class to manufacture work which answers needs jointly) | 241-244 | ||
| (Work of machine department in research and development subject "Science and technology base" ) | 245-248 | ||
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