Inżynieria Rolnicza
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Titles Dates
102 # 2116
Agroengineering calls for new challenges
102 # 2162
Energy losses in a flat-plate solar collector
102 # 2115
Integration of the Wrocław Centre with the national agricultural engineering circle
104 # 2228
Domain and national environment of agricultural engineering
105 # 2267
Application of the Gompertz model in agricultural engineering
105 # 2262
The problems involved in the development and publishing of electronic educational materials
107 # 2292
About the need to establish a Scientific Network in agroengineering environment
108 # 2348
Production intensity compared to equipping and use of selected engineering means of production in orchard farms
109 # 2403
Analysis of resistance heating progress for a spiral using film-making techniques
114 # 2484
Agroengineering against a background of transformations in agriculture and industry
114 # 2487
Teaching from a distance on the example of the subject “Farm machines”
115 # 2550
The „Inżynieria Rolnicza” [„Agricultural Engineering”] magazine in numbers and statistics
119 # 2675
From idea to application
119 # 2661
Information affecting the decision concerning the purchase of engineering equipment in farms in Małopolskie Voivodship
120 # 2690
Domain and place of agricultural engineering in the structure of science
120 # 2693
Working life lengths for tractors and machines in selected family-owned farms in lubelskie voivodship
122 # 2759
The future of agricultural engineering in view of designed changes in science and higher education
123 # 2801
Quality of education at the field of agricultural and forest engineering, Wrocław University of Environmental and Life Sciences, according to its graduates
125 # 2875
Dilemmas of agricultural engineering as a science and fields of study
126 # 2915
Basic rules of agricultural production process modelling
126 # 2911
Current research problems in agricultural engineering in the light of the 17th Congress of Agricultural Engineering in Quebec
129 # 2956
Theoretical analysis of energy yield for silicon photovoltaic cells in solar conditions in Małopolska Region
129 # 2958
Third grade studies of agricultural engineering in europe
130 # 3004
The expected possibilities of using energy potential of the renewable energy sources for the selected region of warmińsko-mazurskie voivodeship
131 # 3074
Centre in lublin and its originators in the opinion of the national environment of agricultural engineering
134 # 3120
Selected aspects of energy use in agriculture
139 # 3275
Suport software for designing belt transmissions
139 # 3276
Support software for construction calculations of shape connections
139 # 3258
Teaching in agricultural engineering – today and tomorrow
145 # 3401
Agricultural engineering in the United States of America
18 # 1520
Ergonomic problems of the application of computer technology in agriculture
35 # 912
Design methods of future models in agriculture and agricultural engeneering
45 Tom II # 1121
Concept, domain and role of the agricultural engineering in the structure of science
51 # 1619
Quo venis quo vadis, agricultural engineering
62 # 711
Neural networks in modeling agricultural engineering processes with limited date file
63 # 1333
Technical information on agriculture of the Malopolska region
66 # 1304
Effect of some factors on the amount and structure of electric power consumption in rural households
74 # 1236
Selecting the means of transport for the farmstead using the program "Agregat – 2"
74 # 1235
Software supporting mineral fertilization "NAWOZY 2"
74 # 1250
The PLC controls in learning of agricultural engineering
80 # 133
35th Anniversary of Agricultural Technology Faculty Lublin
80 # 134
Contribution of the Lublin Centre in the development of agricultural engineering academic staff
84 # 45
Decision Support System for farm enterprises
86 # 296
Calculating the area of the power willow plantation using the "Plantene" program
86 # 330
Expected changes in agricultural engineering, resulting from reforms of common agricultural policy and WTO provided for 2007-2013
86 # 287
Position of agricultural engineering in the structure of Polish science
86 # 301
The role of horticultural engineering in development of Polish hortculture production
86 # 346
Unrealized so far ergonomic concepts in agricultural technique
87 # 357
Comparison of selected aspects regarding population of graduates from full-time and extramural studies at the faculty of engineering and energetics in agriculture
87 # 384
Engineering equipment and work efficiency in selected farms
87 # 389
Information Portal of Polish Association of Agricultural Engineering (PTIR)
87 # 387
Methodical aspects for determining scientific and technical progress in agriculture
90 # 1801
The possibility of using internet system as a notice-board by using databases technology in the area of agriculture engineering
94 # 1866
Computer aided chemical crop protection „Herbicyd-2” software program
94 # 1876
Economic aspects of field production engineering and cultivation of covered crops for selected vegetables
94 # 1867
Use of image recognition algorithm in scientific research based on „Ziemniak-99” software
95 # 1897
Agricultural engineering – present status and chances for development
95 # 1900
E-learning in Agricultural Engineering
96 # 1962
Agricultural technique and GMO (agricultural engineering - bioengineering - transgenic plants)
96 # 1935
Methodology of an eco-energy programme for selected administrative area, taking into account renewable energy from agricultural sources
97 # 1994
An Internet system allowing to make the resources of “Inżynieria Rolnicza” [“Agricultural Engineering”] journal available
97 # 2001
Selected agricultural engineering aspects affecting pea mass growth
99 # 2050
The future of agricultural engineering as a science and educational direction
99 # 2063
The impact of harvester technical and operating parameters on selected energy indicators during carrot root harvesting
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