peer reviewedA non-destructive mechanical sensor (Cantifruit) was designed to measure the firmness of tomatoes. It consists of a small plunger constrained to penetrate slightly into the fruits, by using an accurate lever mechanism. A highly significant correlation exists between firmness measurements performed with this device and the Stable Micro Systems (SMS), fitted with the same plunger dimaeter. Using the Cantifruit, data related to firmness variability and changes are easily obtained. The firmness of tomatoes varies about 12 % around its circumference. In a single lot of tomatoes picked at the same time, the variability may exceed 25 %. If the tomatoes are stored at 4-5 °C and 92-99 % relative humidity (RH), their firmness decreases b...
WOS: 000453166600001In the present research, the potential of a nondestructive method for predicting...
Publication IA non-destructive, automated, fast and portable softness measuring device is described....
In the present research, the potential of a nondestructive method for predicting tomato skin rupture...
Abstract: Firmness is one of the most important factor for determination of tomatoes quality. Distru...
Devices which offer simple, inexpensive, reliable and non-destructive objective measurement of fruit...
Tomato fruit firmness was measured with a modified shear press by compressing individual fruit by 5 ...
The firmness of 13 loose tomato cultivars was followed during a 2-week storage experiment using a no...
A nondestructive method for assessing the firmness of tomato fruit was developed based on the mechan...
In this study, firmness classification of tomato was aimed by using mechanical nondestructive impact...
Abstract. A low-cost, automatic firmness measuring instrument was developed using commercially avail...
In this study, firmness classification of tomato was aimed by using mechanical nondestructive impact...
In order to investigate the firmness of tomato slices, two experiments were performed. In the first ...
In order to investigate the firmness of tomato slices, two experiments were performed. In the first ...
The increasing of quality fruit demanded by the consumers is originating an advance in the developme...
Firmnesses of farm fresh samples of three tomato (Lycopersicon esculentum) varieties grown in Sri La...
WOS: 000453166600001In the present research, the potential of a nondestructive method for predicting...
Publication IA non-destructive, automated, fast and portable softness measuring device is described....
In the present research, the potential of a nondestructive method for predicting tomato skin rupture...
Abstract: Firmness is one of the most important factor for determination of tomatoes quality. Distru...
Devices which offer simple, inexpensive, reliable and non-destructive objective measurement of fruit...
Tomato fruit firmness was measured with a modified shear press by compressing individual fruit by 5 ...
The firmness of 13 loose tomato cultivars was followed during a 2-week storage experiment using a no...
A nondestructive method for assessing the firmness of tomato fruit was developed based on the mechan...
In this study, firmness classification of tomato was aimed by using mechanical nondestructive impact...
Abstract. A low-cost, automatic firmness measuring instrument was developed using commercially avail...
In this study, firmness classification of tomato was aimed by using mechanical nondestructive impact...
In order to investigate the firmness of tomato slices, two experiments were performed. In the first ...
In order to investigate the firmness of tomato slices, two experiments were performed. In the first ...
The increasing of quality fruit demanded by the consumers is originating an advance in the developme...
Firmnesses of farm fresh samples of three tomato (Lycopersicon esculentum) varieties grown in Sri La...
WOS: 000453166600001In the present research, the potential of a nondestructive method for predicting...
Publication IA non-destructive, automated, fast and portable softness measuring device is described....
In the present research, the potential of a nondestructive method for predicting tomato skin rupture...